The Qadam Rebound is a soft, accommodative foot orthotic designed for patients who spend long periods walking or standing and need lasting cushioning, comfort, and shock absorption. Made from high-rebound bilaminate urethane with Poron padding, it provides a responsive support surface that helps reduce impact while maintaining its shape over time. Unlike basic soft insoles that can compress and flatten with repeated use, Qadam Rebound is designed to retain its cushioning performance. Its high-rebound material construction makes it especially useful for patients who need a softer orthotic solution without sacrificing durability, support, or daily comfort. For orthotic and prosthetic clinicians, podiatrists, rehabilitation providers, and technicians, Qadam Rebound offers a practical accommodative option for sensitive feet, high-pressure areas, long-duration standing, and routine comfort-focused orthotic care. It is particularly suitable for patients with ulcers, at-risk feet, or reduced tolerance for firmer orthotic shells. Key Features Soft, accommodative orthotic for all-day comfort Made from high-rebound bilaminate urethane Includes Poron padding for enhanced cushioning Designed to resist flattening over time Provides excellent shock absorption Suitable for patients standing or walking for long periods Comfortable option for sensitive or at-risk feet Practical for clinical, rehabilitation, and everyday footwear use Clinical Applications Long periods of standing or walking Sensitive feet Ulcer management support At-risk diabetic foot care Pressure reduction and shock absorption Workplace and everyday comfort Patients who cannot tolerate rigid orthotic devices Accommodative orthotic fitting Product Positioning The Qadam Rebound is ideal for clinicians who need a soft, high-rebound accommodative orthotic for patients requiring maximum cushioning and reduced pressure. Its durable, non-flattening material combination helps support long-lasting comfort for demanding daily use. Sizing Chart Size XS S M L XL XXL Mens 4 - 5 6 - 7 8 - 9 10 - 11 12 - 13 14 - 15 Womens 5 - 7 8 - 9 10 - 11 12 - 13 14 - 15

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Qaadir TFC is an advanced hybrid fiberglass composite for orthotic clinicians, podiatrists and O&P technicians who need a high-performance alternative to standard thermoplastics and multi-resin composite layups. Comparable in application to Shockicel C-SITE, Qaadir TFC combines the mechanical performance of a composite material with the practical handling of a thermoformable sheet. It is engineered with a specialised resin system that delivers excellent structural rigidity, superior impact resistance and a refined carbon-look aesthetic surface. For orthotic insole production, Qaadir TFC is especially useful where clinicians need a thin, strong and responsive material that can be shaped, adjusted and finished efficiently in a clinical or workshop environment. It behaves like a thermoplastic during forming, can be modified with a heat gun, and achieves maximum rigidity after moulding. Qaadir TFC is particularly suitable for orthopaedic insoles, podiatry orthoses, sports orthotics and technical orthotic devices where a balance of elasticity, rigidity and durability is required. Key Features Hybrid fiberglass composite with carbon-look finish Comparable in use to Shockicel C-SITE Thermoformable between 150°C and 175°C Behaves like a thermoplastic during shaping and adjustment Can be shaped and modified with a heat gun Achieves maximum rigidity after moulding Compatible with most industry resins Fuses without the need for adhesives in suitable resin workflows Suitable for podiatry-specific moulding machines Excellent balance of elasticity and rigidity High mechanical performance Superior impact resistance High structural rigidity Easy to cut, mould, shape and modify Carbon-look aesthetic surface Available Thicknesses 1 mm Colour: Black Best suited for general orthotic applications where a thin, flexible but supportive reinforcement layer is required. Key benefits: Excellent balance of elasticity and rigidity Ideal alternative to multi-resin combinations Recommended for general-use insoles 1.5 mm Finish: Carbon-look A versatile option for custom orthotic insoles requiring increased stiffness while maintaining shapeability and a professional finish. Key benefits: Recommended for general-use insoles High stiffness Easy to shape Carbon-look finish 2 mm Finish: Carbon-look The strongest option in the range, designed for applications requiring maximum structural rigidity. Key benefits: Maximum structural rigidity Especially suitable for high-performance orthotic devices or insoles Easy to shape Carbon-look finish O&P and Podiatry Applications Qaadir TFC can be used for: Custom foot orthoses Functional insoles Sports orthotics High-performance foot orthoses Technical orthotic devices Thin orthotic shells Reinforced orthotic insole bases Podiatry orthoses Insoles requiring high stiffness and impact resistance Orthotic devices requiring a carbon-look finish Workshop alternatives to multi-resin combinations Why Qaadir TFC Matters in Orthotic Fabrication Traditional polypropylene remains widely used in foot orthotic fabrication because it is accessible, familiar and easy to work with. However, some clinical applications require improved stiffness, strength, impact resistance and aesthetic finish without moving to a complex laminated carbon fibre process. Qaadir TFC fills this gap. It offers the practical forming behaviour of a thermoplastic while delivering composite-level performance for orthotic applications. This makes it especially relevant for clinics and workshops that want: A thinner but stronger insole base Improved stiffness compared with standard thermoplastics A carbon-look professional finish Easier handling than traditional multi-resin fabrication Better impact resistance for active users A more technical orthotic device without a full lamination workflow Technical Performance Compared with Polypropylene Qaadir TFC offers superior mechanical performance compared with polypropylene in both flexural properties and overall strength. Property Polypropylene Qaadir TFC Flexural Modulus, ASTM D790 4020 ksi / 27.7 GPa 4120 ksi / 28.4 GPa Flexural Strength, ASTM D790 73 ksi / 505 MPa 107 ksi / 738 MPa Tensile Modulus, ASTM D3039 4900 ksi / 33.8 GPa 5080 ksi / 35.0 GPa Tensile Strength, ASTM D3039 140 ksi / 965 MPa 150 ksi / 1034 MPa This performance profile makes Qaadir TFC a strong option when clinicians need a thin, durable and structurally reliable material for functional orthotic insoles or more demanding technical devices. Comparison with Baycomp / Performance Materials Composites XT Sprint Qaadir TFC sits in a similar category to advanced composite materials used for high-performance orthotic and prosthetic applications, including products from Baycomp / Performance Materials Composites, such as XT Sprint. While exact product selection should always depend on clinical prescription, thickness, forming method and workshop capability, the following comparison may help orthotic clinicians and technicians position Qaadir TFC within the material choice process. Qaadir TFC vs Baycomp / Performance Materials Composites XT Sprint Baycomp / Performance Materials Composites XT Sprint materials are generally associated with high-performance composite applications where strength, stiffness and lightweight response are required. These materials are often selected when technicians want a composite reinforcement solution for demanding orthotic or prosthetic builds. Qaadir TFC is positioned as a practical thermoformable hybrid fiberglass composite for foot orthotic and podiatry applications. Its main advantage is that it behaves like a thermoplastic during shaping while providing the structural benefits of a composite sheet. It can be heated, moulded, modified and finished in a workflow that is familiar to many orthotic workshops. Best use of Qaadir TFC compared with XT Sprint-style composite materials: More directly positioned for orthotic insoles and podiatry moulding workflows Suitable for podiatry-specific thermoforming machines Can be shaped and adjusted with a heat gun Provides a carbon-look finish without a full carbon layup process Useful where the clinic wants composite performance with thermoplastic-style handling Practical for general-use and high-performance insole applications Good alternative where multi-resin combinations would be slower or more complex XT Sprint-style composites may be preferred where a clinic or central fabrication unit already has a specific high-performance composite workflow, requires a defined reinforcement architecture, or is working with technical specifications tied to a particular composite system. Practical Material Selection Guide For orthotic clinicians and technicians: Choose Qaadir TFC when you need a thermoformable composite sheet with high stiffness, impact resistance, elasticity and a carbon-look finish. Choose polypropylene when the priority is familiar handling, lower material cost and basic functional orthotic performance. Choose XT Sprint-style composite materials when the prescription requires a specific advanced composite system or established composite workflow. Choose traditional laminated carbon fibre when maximum custom layup control and specialist composite construction are required. Qaadir TFC is especially valuable when a workshop wants a practical bridge between standard thermoplastics and more complex composite lamination. Recommended Forming Procedure To achieve optimal technical performance and an excellent aesthetic finish, use the following general process: 1. Preparation Place the Qaadir TFC composite sheet between two silicone layers. 2. Heating Preheat the oven to 170–175°C. Insert the silicone-composite sandwich into the oven. 3. Heating Time Heat for approximately 2 minutes. For podiatry machines limited to 150°C, increase heating time to approximately 3 minutes. 4. Moulding After heating, remove the silicone-composite sandwich from the oven. Without separating the silicone layers, place it directly onto the mould. 5. Vacuum Forming Activate the vacuum pump of the thermoforming machine. Maintain vacuum pressure for approximately 1 minute to allow proper cooling and compaction of the composite. 6. Unmoulding Once the material has sufficiently cooled, remove the silicone layers and carefully demould the composite piece. 7. Finishing Trim the edges as required. Final finishing should be carried out using a sander, followed by polishing with the same discs typically used for polypropylene or similar thermoplastics. Workshop Handling Notes Thermoform between 150°C and 175°C. Use silicone layers during heating and forming to support surface finish. Maintain vacuum pressure during cooling to improve compaction and shape retention. Finish using standard sanding and polishing methods familiar from polypropylene workflows. Heat-gun adjustment is possible for local modification. Select thickness according to patient weight, activity level, footwear space and required rigidity. Ideal Patient and Device Applications Qaadir TFC is suitable for orthotic applications involving: Active patients requiring high structural support Sports orthotic users Patients needing thin but rigid orthotic shells Functional foot orthoses requiring high stiffness Insoles exposed to repeated impact loading Technical orthotic devices requiring superior impact resistance Clinics seeking a carbon-look finish without full carbon lamination Podiatry practices producing high-performance custom insoles Orthotic workshops wanting a composite alternative to polypropylene Why Choose Qaadir TFC? Qaadir TFC gives orthotic clinics, podiatry providers and O&P workshops a practical high-performance composite sheet for custom insole and technical orthotic fabrication. It offers the familiar forming advantages of a thermoplastic while delivering improved rigidity, strength and impact resistance compared with standard polypropylene. For clinicians and technicians who want a strong, thin, professional-looking orthotic material that is easy to cut, mould, modify and finish, Qaadir TFC provides an efficient alternative to multi-resin combinations and more complex composite workflows.

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Qaadir PPT Xcel Sorb is a high shock-absorption material for orthotic clinicians, prosthetists and O&P technicians who need a durable synthetic rubber layer for impact management in custom foot orthoses, insoles and sole-pattern applications. Comparable in application to Shockicel ORTHOIMPACT / Confortene, Qaadir PPT Xcel Sorb is designed to reduce the impact wave between 94% and 98%, helping protect the foot and lower limb from repetitive shock during walking, standing and activity. The material combines a unique balance of being rigid, soft and unbreakable, making it especially useful in demanding workshop and clinical applications. It offers excellent shock absorption and is particularly suitable for working under milling blocks and as a ground sole pattern in orthotic fabrication. Important workshop note: Qaadir PPT Xcel Sorb is not heat mouldable. Key Features Synthetic rubber shock-absorption material Comparable in use to Shockicel ORTHOIMPACT / Confortene Reduces impact wave by approximately 94–98% Rigid, soft and highly durable Excellent shock absorption Suitable for use under milling blocks Suitable as a ground sole pattern Useful for custom foot orthoses and insole fabrication Not heat mouldable Practical for O&P clinics, podiatry providers and orthotic workshops O&P Applications Qaadir PPT Xcel Sorb can be used for: Custom foot orthoses Shock-absorbing insole layers Ground sole patterns Use under milling blocks Heel shock absorption Forefoot impact reduction Metatarsal pressure relief designs Sports and activity insoles Work footwear applications Diabetic-style accommodative insoles where appropriate Geriatric and sensitive-foot orthotic builds Selected prosthetic and orthotic padding applications Material Characteristics Qaadir PPT Xcel Sorb is designed for orthotic applications where impact control and durability are important. Key material characteristics include: Shock absorption: Helps reduce impact waves by approximately 94–98%. Synthetic rubber construction: Supports durability and resistance to breakage. Rigid yet soft feel: Provides structure while maintaining comfort and shock attenuation. Unbreakable performance profile: Suitable for demanding workshop and insole applications. Not heat mouldable: Should be cut, shaped and integrated according to cold fabrication methods rather than thermal forming. Comparison with Sorbothane, D3O, NOENE and PORON XRD for Orthotic Applications Qaadir PPT Xcel Sorb belongs to the broader category of impact-reduction and shock-absorbing materials used in orthotic fabrication. Its role differs from materials such as Sorbothane, D3O, NOENE and PORON XRD, which are often selected for more specific damping, protection or thin-layer shock-control needs. Qaadir PPT Xcel Sorb vs Sorbothane Sorbothane is a viscoelastic material widely used for shock absorption and vibration damping. It is commonly selected for heel pads, sports insoles and local impact-control areas where high energy absorption is required. Qaadir PPT Xcel Sorb is also focused on shock absorption, but it is positioned as a synthetic rubber material with very high impact-wave reduction and excellent durability. Compared with Sorbothane, Qaadir PPT Xcel Sorb may be preferred where the technician needs a rigid, soft and highly durable material that can be used under milling blocks or as a ground sole pattern. Best use of Qaadir PPT Xcel Sorb compared with Sorbothane: Better suited for ground sole pattern applications Useful under milling blocks in orthotic fabrication Good where durability and resistance to breakage are important Suitable where high impact-wave reduction is required Practical for workshop-based custom orthotic production Sorbothane may be preferred where the clinician specifically wants a viscoelastic damping material for local heel or sports-impact applications. Qaadir PPT Xcel Sorb vs D3O D3O is known for dynamic impact protection. It remains flexible during normal movement but stiffens under sudden impact, making it common in protective sports equipment, workwear and impact-protection products. Qaadir PPT Xcel Sorb is more relevant to orthotic workshop and insole fabrication where the priority is consistent shock absorption, durability and practical integration into foot orthotic builds. Rather than focusing only on sudden high-energy impact, Qaadir PPT Xcel Sorb is designed for repeated loading and impact reduction during walking and daily use. Best use of Qaadir PPT Xcel Sorb compared with D3O: More suitable for orthotic insole and sole-pattern fabrication Better for continuous impact-wave reduction during gait Useful in workshop applications under milling blocks Practical for repeated daily loading rather than protective gear use Suitable when the material must be rigid, soft and durable D3O may be preferred when the primary requirement is sudden high-impact protection in protective equipment rather than orthotic sole or insole construction. Qaadir PPT Xcel Sorb vs NOENE NOENE is typically used as a thin anti-vibration and shock-dampening layer in footwear and sports applications. It is often chosen when the goal is to reduce vibration transmission without adding significant thickness. Qaadir PPT Xcel Sorb is better suited when the orthotic design requires a more substantial shock-absorbing synthetic rubber material. While NOENE is often selected for thin-layer vibration control, Qaadir PPT Xcel Sorb is designed for stronger impact-wave reduction and more durable orthotic applications. Best use of Qaadir PPT Xcel Sorb compared with NOENE: More suitable for impact-wave reduction rather than thin vibration control Better where a durable synthetic rubber layer is required Useful for ground sole patterns and under milling blocks Practical when thickness and structure can be accommodated Suitable for orthotic builds needing stronger shock absorption NOENE may be preferred when footwear space is very limited and the priority is a very thin vibration-dampening insert. Qaadir PPT Xcel Sorb vs PORON XRD PORON XRD is a high-impact protection material designed to remain soft and flexible until impact, when it stiffens to help absorb and dissipate energy. It is widely used in protective equipment, sports footwear and impact zones. Qaadir PPT Xcel Sorb is positioned for O&P and orthotic workshops that need a synthetic rubber material with excellent shock absorption and durability. It is especially useful where the material is required for insole construction, ground sole patterns or under milling blocks, rather than only for dynamic impact protection. Best use of Qaadir PPT Xcel Sorb compared with PORON XRD: More suitable for workshop orthotic fabrication applications Useful as a ground sole pattern material Suitable under milling blocks Strong option where high impact-wave reduction is required Good where durability, rigidity and softness need to work together PORON XRD may be preferred where the main requirement is flexible everyday wear with dynamic stiffening under impact. Practical Material Selection Guide For orthotic clinicians and technicians: Choose Qaadir PPT Xcel Sorb when the priority is high shock absorption, durability, impact-wave reduction and practical use under milling blocks or as a ground sole pattern. Choose Sorbothane-style material when the priority is viscoelastic damping in targeted high-impact zones such as the heel. Choose D3O-style material when the priority is sudden high-impact protection with flexible everyday performance. Choose NOENE-style material when the priority is thin vibration dampening with minimal added thickness. Choose PORON XRD-style material when the priority is dynamic impact protection in sports, footwear or protective applications. In custom orthotic fabrication, Qaadir PPT Xcel Sorb may be combined with other materials depending on the prescription. For example, it can be used as a shock-absorbing base or sole-pattern layer, with softer top-cover materials added for direct plantar comfort. Ideal Patient and Device Applications Qaadir PPT Xcel Sorb may be suitable for orthotic applications involving: Patients requiring strong shock absorption Active users exposed to repetitive ground impact Workers standing or walking for long periods Patients with heel impact sensitivity Sports and activity-related orthotic designs Geriatric users needing impact reduction Orthotic builds requiring durable sole-pattern material Custom insoles where shock reduction is a key clinical objective Workshop applications involving milling blocks and ground sole patterns Workshop Use Qaadir PPT Xcel Sorb should be used according to appropriate O&P workshop methods for cutting, shaping, bonding and finishing. Because the material is not heat mouldable, technicians should avoid thermal forming and instead integrate it through suitable cold fabrication and lamination or bonding processes. For best results, clinicians and technicians should consider: Required thickness Placement within the orthotic build Adhesive compatibility Footwear space Patient weight and activity level Whether the material is being used as an insole layer, ground sole pattern or under a milling block Top-cover selection for direct skin or sock contact Why Choose Qaadir PPT Xcel Sorb? Qaadir PPT Xcel Sorb gives O&P clinics, podiatry providers and orthotic workshops a durable synthetic rubber option for high-level shock absorption and impact-wave reduction. Its combination of rigidity, softness and durability makes it useful in both clinical orthotic applications and practical workshop production. For clinicians and technicians working with custom foot orthoses, insoles, sole patterns and milling workflows, Qaadir PPT Xcel Sorb provides a strong material choice when shock absorption, durability and fabrication reliability are key priorities.

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Qaadir PPT Xcel Pro is a specialist orthotic cushioning material for prosthetic and orthotic clinicians and technicians who need a dependable shock-absorbing layer for custom foot orthoses, insoles and selected padding applications. Qaadir PPT Xcel Pro is designed for clinical and workshop environments where impact management, comfort and pressure distribution are important. It can be used as a targeted shock pad, heel cushion, forefoot insert, metatarsal relief layer or full-length cushioning interface depending on the patient’s prescription and footwear space. For O&P clinics, podiatry workshops and orthotic fabrication centres, Qaadir PPT Xcel Pro is especially useful in sports orthoses, diabetic-style accommodative insoles, heel pain management, metatarsal offloading, geriatric foot orthoses and work footwear applications where repetitive loading and plantar pressure need to be managed. Key Features High-performance cushioning material for orthotic and prosthetic applications Designed for custom foot orthoses and insole fabrication Supports shock attenuation and pressure distribution Suitable for heel, forefoot and metatarsal cushioning Useful as a local insert, impact pad or full-length cushioning layer Practical for sports, work, diabetic, geriatric and sensitive-foot applications Suitable for O&P clinics, podiatry providers and orthotic workshops O&P Applications Qaadir PPT Xcel Pro can be used for: Custom foot orthoses Sports insoles and activity orthoses Heel shock absorption Forefoot cushioning Metatarsal pressure relief Diabetic-style accommodative insoles Geriatric foot orthoses Rheumatoid foot accommodation Work footwear insoles Sensitive plantar surface protection Selected prosthetic and orthotic interface padding Comparison with Sorbothane, D3O, NOENE and PORON XRD for Orthotic Applications Qaadir PPT Xcel Pro sits within the wider family of advanced cushioning, impact-management and shock-absorbing materials used in orthotic fabrication. Its role is different from Sorbothane, D3O, NOENE and PORON XRD, which are often selected for more specific damping, protection or thin-layer vibration-control requirements. Qaadir PPT Xcel Pro vs Sorbothane Sorbothane is a viscoelastic material widely recognised for shock absorption and vibration damping. It is often used in heel pads, sports insoles and targeted impact-control applications where high energy absorption is required. Qaadir PPT Xcel Pro is positioned as a practical O&P workshop material for custom orthotic fabrication where clinicians need cushioning, shock attenuation and pressure relief in a format that can be integrated into multi-layer insole designs. Compared with Sorbothane, Qaadir PPT Xcel Pro may be preferred when a technician wants a more versatile cushioning layer that can be used across full-length or localised orthotic applications. Best use of Qaadir PPT Xcel Pro compared with Sorbothane: Easier integration into custom orthotic layer builds Suitable for full-length cushioning or targeted pressure relief Practical for routine O&P workshop fabrication Useful when cushioning, comfort and impact reduction must be balanced Good for insoles where bulk, weight and patient tolerance need to be managed Sorbothane may be preferred where maximum viscoelastic damping is required in a specific high-impact area such as the heel. Qaadir PPT Xcel Pro vs D3O D3O is known for impact-protection applications where the material remains flexible in normal use but stiffens under sudden impact. It is often used in protective sports equipment, workwear and high-impact protective products. Qaadir PPT Xcel Pro is better positioned for clinical orthotic and insole fabrication where the main goal is continuous cushioning, comfort and pressure management during walking, standing and daily activity. Rather than focusing only on sudden impact protection, Qaadir PPT Xcel Pro supports ongoing load attenuation and patient comfort across repeated gait cycles. Best use of Qaadir PPT Xcel Pro compared with D3O: More suitable for routine foot orthotic cushioning Better for repeated daily loading and plantar pressure management Practical for full-length insole layers and local relief pads Useful for diabetic, geriatric and sensitive-foot applications Easier to position as part of standard orthotic fabrication workflows D3O may be preferred when the primary requirement is protective response to sudden, high-energy impact rather than everyday orthotic cushioning. Qaadir PPT Xcel Pro vs NOENE NOENE is commonly used as a thin anti-vibration and shock-dampening layer in footwear and sports applications. It is often selected when clinicians or footwear specialists need to reduce vibration transmission without significantly increasing insole thickness. Qaadir PPT Xcel Pro is more suitable when the patient needs a more substantial cushioning and pressure-relief material within a custom orthotic. While NOENE is often used as a thin vibration-control layer, Qaadir PPT Xcel Pro can provide a more accommodative interface for heel, forefoot and metatarsal loading. Best use of Qaadir PPT Xcel Pro compared with NOENE: Better for cushioning and pressure relief in custom orthoses More suitable when the patient needs a soft, protective interface Useful for local heel, forefoot and metatarsal relief Practical for sensitive feet needing more than a thin vibration layer Suitable for multi-layer orthotic and diabetic-style insole builds NOENE may be preferred where shoe space is extremely limited and the priority is thin vibration dampening rather than cushioning depth. Qaadir PPT Xcel Pro vs PORON XRD PORON XRD is a high-impact protection material designed to remain soft and flexible until impact, when it stiffens to help absorb and dissipate energy. It is often used in protective equipment, sports footwear and high-load impact zones. Qaadir PPT Xcel Pro is positioned for O&P and orthotic workshops that need a dependable cushioning and shock-attenuation material for custom insoles and clinical foot orthoses. It is especially useful when comfort, pressure distribution and everyday wearability are as important as impact reduction. Best use of Qaadir PPT Xcel Pro compared with PORON XRD: More comfort-focused for routine orthotic wear Suitable for full-length cushioning or targeted inserts Practical for patients needing pressure relief as well as shock attenuation Useful in diabetic-style, geriatric and accommodative orthotic designs Well suited to clinic and workshop fabrication workflows PORON XRD may be preferred where dynamic high-impact protection is the main design requirement. Practical Material Selection Guide For orthotic clinicians and technicians: Choose Qaadir PPT Xcel Pro when the patient needs practical cushioning, shock attenuation and pressure relief in a custom orthotic or insole. Choose Sorbothane-style material when maximum viscoelastic damping is needed in a targeted heel or impact zone. Choose D3O-style material when the priority is sudden high-impact protection with flexible everyday wear. Choose NOENE-style material when the priority is thin vibration dampening with minimal added thickness. Choose PORON XRD-style material when the priority is dynamic impact protection in high-load zones. In many orthotic designs, these materials may be combined. For example, Qaadir PPT Xcel Pro may be used as a full-length cushioning layer over a functional orthotic shell, while a more targeted impact material is added under the heel or metatarsal heads where required. Ideal Patient Groups Qaadir PPT Xcel Pro is suitable for orthotic applications involving: Patients with heel pain or impact sensitivity Active users requiring improved shock attenuation Workers standing or walking for long periods Diabetic patients needing soft pressure-relief interfaces Elderly patients with reduced plantar fat pad cushioning Rheumatoid or arthritic feet Patients with metatarsalgia or forefoot pain Sensitive feet with low tolerance to firm orthotic materials Users needing improved comfort in daily footwear Sports and activity-related orthotic applications Workshop Use Qaadir PPT Xcel Pro can be cut, shaped and integrated into custom orthotic builds according to standard O&P workshop practice. It may be used as a heel insert, forefoot pad, metatarsal relief area, full-length cushioning layer or local pressure-relief insert depending on the prescription. For best results, clinicians and technicians should select the appropriate thickness, placement, adhesive system, base material and top cover according to patient weight, activity level, footwear space and clinical objective. Why Choose Qaadir PPT Xcel? Qaadir PPT Xcel Pro gives O&P clinics, podiatry providers and orthotic workshops a practical shock-attenuation material for custom insole and foot orthotic fabrication. It is especially useful when the clinical goal is to reduce impact forces, improve plantar comfort and support long-term orthotic wearability. For clinicians and technicians working across sports orthotics, diabetic foot care, geriatric orthotics, rehabilitation and everyday custom insole production, Qaadir PPT Xcel Pro provides a versatile solution for cushioning, pressure management and patient comfort.

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Qaadir PPT Xcel is a specialist orthotic cushioning and impact-absorption material for prosthetic and orthotic clinicians and technicians who need reliable shock management in custom foot orthoses and insole fabrication. Comparable in application to Shockicel Shock, Qaadir PPT Xcel is designed for orthotic builds where repeated impact, plantar pressure and patient comfort are key clinical concerns. It can be used as a local shock pad, full-length cushioning layer or targeted pressure-relief insert depending on the prescription and patient needs. For O&P clinics, podiatry workshops and orthotic fabrication centres, Qaadir PPT Xcel is particularly useful in sports orthoses, diabetic-style insoles, heel pain management, metatarsal offloading and comfort-focused devices for patients exposed to repetitive ground reaction forces. Key Features High-performance shock-absorbing material for O&P applications Comparable in use to Shockicel Shock Designed for custom foot orthoses and insole fabrication Helps reduce impact forces in high-load zones Suitable for heel, forefoot and metatarsal cushioning Useful as a local insert, shock pad or cushioning layer Supports comfort in sports, work, diabetic and sensitive-foot applications Practical for O&P clinics, podiatry providers and orthotic workshops O&P Applications Qaadir PPT Xcel can be used for: Custom foot orthoses Sports insoles and activity orthoses Heel shock absorption Forefoot cushioning Metatarsal pressure relief Diabetic-style accommodative insoles Geriatric foot orthoses Work footwear insoles Rheumatoid foot accommodation Sensitive plantar surface protection Selected prosthetic and orthotic padding applications Comparison with Sorbothane, NOENE and PORON XRD for Orthotic Applications Qaadir PPT Xcel sits within the category of advanced cushioning and shock-absorbing materials used in orthotic fabrication, but its clinical role differs from Sorbothane, NOENE and PORON XRD. Qaadir PPT Xcel vs Sorbothane Sorbothane is widely recognised for viscoelastic shock absorption and vibration damping. It is often used in heel pads, sports insoles and impact-control applications where strong energy absorption is required. Qaadir PPT Xcel is positioned as a practical O&P workshop material for custom orthotic fabrication where clinicians need impact reduction while maintaining ease of integration into custom insole designs. Compared with Sorbothane, Qaadir PPT Xcel may be preferred where a technician wants a lighter, more easily shaped orthotic layer or local pad within a multi-material insole build. Best use of Qaadir PPT Xcel compared with Sorbothane: Easier integration into custom orthotic layer builds Suitable for full-length or targeted cushioning applications Practical for routine O&P workshop fabrication Useful when shock absorption and patient comfort must be balanced Good for insoles where bulk and weight need to be managed Sorbothane may remain useful where maximum viscoelastic damping is the priority, especially in targeted heel or high-impact zones. Qaadir PPT Xcel vs NOENE NOENE is commonly used as a thin vibration-dampening material in footwear and sports applications. It is often selected when the goal is to reduce micro-vibrations and impact transmission without adding much thickness. Qaadir PPT Xcel is better suited when the clinician needs a more substantial cushioning and pressure-relief material for custom orthotic fabrication. While NOENE is often used as a thin anti-vibration layer, Qaadir PPT Xcel provides a more accommodative shock-absorbing interface that can be shaped and positioned according to the patient’s plantar loading pattern. Best use of Qaadir PPT Xcel compared with NOENE: More suitable for custom clinical orthotic builds Better for targeted cushioning and pressure redistribution Useful when patients need more than a very thin vibration layer Suitable for heel, forefoot and metatarsal relief Practical for diabetic, geriatric and sensitive-foot applications NOENE may be preferred where shoe space is extremely limited and the priority is thin vibration dampening rather than cushioning depth. Qaadir PPT Xcel vs PORON XRD PORON XRD is a high-impact protection material that remains soft and flexible at rest but stiffens under impact. It is often used in protective equipment, sports applications and high-load zones where impact energy management is required. Qaadir PPT Xcel is positioned for O&P and orthotic workshops that need a dependable shock-absorbing material for custom insoles and clinical foot orthoses. It is especially useful where the clinician wants cushioning, comfort and impact absorption in a format that can be integrated into routine insole fabrication. Best use of Qaadir PPT Xcel compared with PORON XRD: More comfort-focused for routine orthotic wear Suitable for full-length cushioning or targeted inserts Practical for patient groups needing pressure relief as well as shock absorption Useful in accommodative and diabetic-style orthotic designs Well suited to clinic and workshop workflows PORON XRD may be preferred in applications where dynamic impact protection and high-force shock response are the primary design requirements. Practical Material Selection Guide For orthotic clinicians and technicians: Choose Qaadir PPT Xcel when the patient needs practical shock absorption, cushioning and pressure relief in a custom orthotic or insole. Choose Sorbothane-style material when maximum viscoelastic damping is required in a targeted heel or impact zone. Choose NOENE-style material when the priority is thin vibration dampening with minimal added thickness. Choose PORON XRD-style material when the priority is high-impact protection with a dynamic response under load. In many orthotic designs, these materials can be combined. For example, Qaadir PPT Xcel may be used as a full-length cushioning layer or local relief insert, while a firmer base shell provides control and additional targeted impact materials are added under the heel or forefoot where required. Ideal Patient Groups Qaadir PPT Xcel is suitable for orthotic applications involving: Patients with heel pain or impact sensitivity Active users requiring improved shock absorption Workers standing or walking for long periods Diabetic patients needing soft pressure-relief interfaces Elderly patients with reduced plantar fat pad cushioning Rheumatoid or arthritic feet Patients with metatarsalgia or forefoot pain Sensitive feet with low tolerance to firm orthotic materials Users needing improved comfort in daily footwear Sports and activity-related orthotic applications Workshop Use Qaadir PPT Xcel can be cut, shaped and integrated into custom orthotic builds according to standard O&P workshop practice. It may be used as a heel insert, forefoot pad, metatarsal relief area, full-length cushioning layer or local pressure-relief insert depending on the prescription. For best results, clinicians and technicians should select the appropriate thickness, placement, adhesive system, base material and top cover according to patient weight, activity level, footwear space and clinical objective. Why Choose Qaadir PPT Xcel? Qaadir PPT Xcel gives O&P clinics, podiatry providers and orthotic workshops a practical shock-absorbing material for custom insole and foot orthotic fabrication. It is especially useful when the clinical goal is to reduce impact forces while maintaining patient comfort and orthotic wearability. For clinicians and technicians working across sports orthotics, diabetic foot care, geriatric orthotics, rehabilitation and everyday custom insole production, Qaadir PPT Xcel provides a versatile solution for cushioning, shock absorption and pressure management.

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Qaadir PPT Comfort is a soft, comfortable orthotic cushioning material for clinicians and technicians who need a practical interface layer for custom insoles, foot orthoses and selected prosthetic or orthotic padding applications. Qaadir PPT Comfort is designed for comfort-focused orthotic builds where cushioning, breathability and patient acceptance are important. It is especially useful as a top cover, cushioning layer or accommodative insole material for patients who need a softer interface between the foot and the orthotic structure. For O&P clinics, podiatry workshops and orthotic production centres, Qaadir PPT Comfort offers a versatile material option for everyday foot orthotic fabrication, including comfort insoles, diabetic-style accommodative devices, geriatric foot orthoses and sensitive-foot applications. Key Features Breathable comfort cushioning material for orthotic applications Suitable for custom foot orthoses and insole fabrication Supports pressure distribution and improved patient comfort Useful as a top cover, cushioning layer or accommodative insert Suitable for sensitive, diabetic, geriatric and low-tolerance feet Practical for O&P clinics, podiatry providers and orthotic workshops Designed for routine clinical and fabrication use O&P Applications Qaadir PPT Comfort can be used for: Custom foot orthoses Comfort insoles Diabetic-style accommodative insoles Total-contact foot orthoses Geriatric foot orthoses Rheumatoid foot accommodation Heel and forefoot cushioning Metatarsal pressure relief Sensitive plantar surface protection Selected prosthetic and orthotic interface padding Comparison with Ortholite and PORON for Orthotic Applications Qaadir PPT Comfort sits within the broad family of cushioning and comfort materials used in custom orthotic fabrication, but it serves a different clinical role from materials such as Ortholite and PORON. Qaadir PPT Comfort vs Ortholite Ortholite is widely used in footwear and insole applications where lightweight comfort, softness and breathability are important. It is often selected for general footwear comfort and everyday insole cushioning. Qaadir PPT Comfort is positioned more specifically for orthotic and O&P workshop use, where the material must work as part of a clinical insole or foot orthosis rather than simply a comfort foam. It is well suited when the clinician needs a breathable, soft interface that supports patient tolerance while working alongside an orthotic base, posting, arch support or pressure-relief design. Best use of Qaadir PPT Comfort compared with Ortholite: More clinically focused for custom orthotic builds Suitable for accommodative and pressure-relief insoles Useful where patient comfort and orthotic compliance are priorities Practical as a top cover or cushioning layer over a functional orthotic shell Good for sensitive feet requiring a soft, breathable contact surface Qaadir PPT Comfort vs PORON PORON is commonly selected for targeted impact protection and durable shock absorption, particularly under the heel, metatarsal heads or other high-load areas. It is often used when the main clinical requirement is repeated impact management. Qaadir PPT Comfort is better suited when the priority is overall comfort, breathability and a softer full-contact interface. While PORON is often used as a localised shock pad, Qaadir PPT Comfort can be used more broadly as a full-length cushioning or top-cover layer to improve comfort across the plantar surface. Best use of Qaadir PPT Comfort compared with PORON: Better for full-length comfort layers Softer interface for sensitive or low-tolerance feet More suitable when breathability and daily wearability are important Useful where cushioning and patient acceptance matter more than targeted impact absorption Practical for diabetic-style, geriatric and comfort-focused orthotic designs Practical Material Selection Guide For orthotic clinicians and technicians: Choose Qaadir PPT Comfort when the patient needs a breathable, soft, comfort-focused orthotic interface. Choose Ortholite-style foam when the priority is lightweight footwear comfort and general insole softness. Choose PORON-style material when the priority is targeted shock absorption and repeated impact protection in high-load zones. In many custom orthotic designs, these materials can be combined. For example, Qaadir PPT Comfort may be used as a full-length top layer over a functional orthotic shell, with a local PORON-style insert under the heel or metatarsal heads for additional impact protection. Ideal Patient Groups Qaadir PPT Comfort is suitable for orthotic applications involving: Diabetic feet requiring a soft contact surface Elderly patients needing improved daily comfort Patients with reduced plantar tissue tolerance Rheumatoid or arthritic feet Sensitive feet prone to irritation Patients needing full-length cushioning Users who struggle with firm or abrasive orthotic top covers Patients requiring improved comfort to support orthotic compliance Workshop Use Qaadir PPT Comfort can be cut, shaped and integrated into custom orthotic builds according to standard workshop practice. It may be used as a top cover, full-length cushioning layer, local padding material or accommodative interface depending on the prescription. For best results, technicians should select the appropriate thickness, adhesive system, base material and finishing method according to the patient’s footwear space, activity level and clinical requirements. Why Choose Qaadir PPT Comfort? Qaadir PPT Comfort gives O&P clinics and orthotic workshops a practical cushioning material for breathable comfort and pressure relief in custom orthotic fabrication. It is especially useful when producing foot orthoses for patients who need a softer, more comfortable interface for everyday wear. For clinicians and technicians working across diabetic foot care, podiatry, geriatric orthotics, rehabilitation and custom insole production, Qaadir PPT Comfort provides a useful balance of comfort, breathability and clinical practicality.

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Qaadir Life Hardening Powder is a practical fabrication material for orthotic and prosthetic clinicians and technicians working with resin-based lamination systems in everyday O&P workshop production. Designed for use as part of controlled resin preparation, Qaadir Life Hardening Powder helps support the hardening and curing process required to produce laminated prosthetic and orthotic devices. It is suitable for workshops fabricating prosthetic sockets, orthotic shells and reinforced laminated components where reliable curing is essential to the strength, stability and finish of the final device. Part of the Qaadir Life range, this product is positioned as a more accessible, cost-conscious option for routine clinical and fabrication use. Qaadir Life is a value-focused O&P range aimed at orthotic and prosthetic clinicians and technicians, especially for LMIC and cost-sensitive service settings such as rehabilitation centres, NGOs, humanitarian programmes, government providers and private clinics. Key Features Hardening powder for O&P resin workflows Supports resin curing and hardening during lamination Suitable for prosthetic and orthotic fabrication processes Practical for prosthetic sockets, orthotic braces and laminated components Useful in clinic workshops and central fabrication units Value-focused option for routine workshop use Suitable for cost-sensitive rehabilitation and humanitarian service settings O&P Applications Qaadir Life Hardening Powder can be used in fabrication workflows for: Prosthetic socket lamination Orthotic brace fabrication Laminated shells and structural components Resin-based workshop production Central fabrication services Technician training environments Routine clinical and humanitarian O&P workshops Workshop Use In prosthetic and orthotic lamination, correct resin curing is essential for producing a strong, stable and safe final device. Qaadir Life Hardening Powder is intended to be used according to the appropriate resin system instructions, workshop protocols and safety guidance. Technicians should always follow recommended mixing ratios, curing times, temperature considerations, ventilation requirements and personal protective equipment procedures. Proper handling helps support consistent results and reduces the risk of incomplete curing, weak laminates or poor surface finish. Why Choose Qaadir Life Hardening Powder? Qaadir Life Hardening Powder gives O&P workshops a practical additive for routine resin preparation and lamination. It is especially relevant for service providers that need dependable workshop materials while maintaining cost-conscious procurement. As part of the Qaadir Life range, it supports accessible prosthetic and orthotic fabrication in rehabilitation centres, NGOs, government workshops, humanitarian programmes and private clinics delivering essential mobility services.

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Qaadir PPT Memory Red is a premium cushioning and pressure-distribution material for O&P clinicians and technicians who need a soft, comfortable shock-absorbing layer in custom orthotic and prosthetic devices. Qaadir PPT Memory Red is designed for use where controlled compression, comfort and energy absorption are required. Its memory-style response helps the material conform to the patient’s anatomy under load, supporting improved contact, reduced peak pressure and enhanced comfort during daily use. For orthotic workshops, Qaadir PPT Memory Red is especially useful as a top cover, cushioning insert, accommodative layer or local pressure-relief material in custom foot orthoses and diabetic-style insoles. It can also be used in selected prosthetic interface applications where soft padding and comfort are required. Key Features Soft memory cushioning material for O&P applications Designed for shock absorption and pressure relief Useful in custom foot orthoses, insoles and accommodative devices Helps distribute plantar pressure across sensitive areas Suitable for use as a cushioning layer, top cover or local relief pad Supports comfort in diabetic, geriatric and sensitive-foot applications Practical for orthotic clinics, podiatry workshops and O&P fabrication centres Red colour for easy workshop identification O&P Applications Qaadir PPT Memory Red can be used for: Custom foot orthoses Diabetic-style accommodative insoles Heel cushioning and shock absorption Metatarsal pressure relief Forefoot padding Sensitive plantar surface protection Geriatric foot orthoses Rheumatoid foot accommodation Sports and activity insoles requiring added comfort Selected prosthetic padding and interface applications Comparison with Ortholite and PORON for Orthotic Applications Qaadir PPT Memory Red sits in the same broad category of comfort and cushioning materials, but its clinical use differs from materials such as Ortholite and PORON. Qaadir PPT Memory Red vs Ortholite Ortholite is commonly used as a comfort foam in footwear and insole applications. It is often selected for lightweight cushioning, breathability and general comfort. Qaadir PPT Memory Red is better positioned when the clinician wants a softer, more accommodative memory-style material that conforms under load and helps reduce localised pressure. In orthotic applications, it is particularly suitable for patients who need a gentle, pressure-relieving interface rather than a general footwear comfort layer. Best use of Qaadir PPT Memory Red compared with Ortholite: More suitable for sensitive or high-pressure areas Better for accommodative orthotic designs Useful where slow-recovery cushioning is preferred Good for diabetic, geriatric or low-tolerance feet Helpful when comfort and pressure distribution are more important than lightweight footwear feel Qaadir PPT Memory Red vs PORON PORON is widely recognised in orthotic and footwear applications for impact protection and long-term shock absorption. It is often selected when a clinician needs a durable impact-absorbing layer in areas such as the heel, forefoot or metatarsal region. Qaadir PPT Memory Red offers a softer, more conforming memory-style cushioning response. While PORON is often chosen for repeated impact management, Qaadir PPT Memory Red is especially useful when the clinical priority is comfort, accommodation and pressure distribution over a broader contact area. Best use of Qaadir PPT Memory Red compared with PORON: More accommodative feel under the foot Softer interface for sensitive plantar surfaces Useful for full-length cushioning layers Good for patients who cannot tolerate firmer impact materials Effective where comfort, conformity and pressure relief are the main goals Practical Material Selection Guide For orthotic clinicians and technicians: Choose Qaadir PPT Memory Red when the patient needs soft, pressure-relieving, memory-style cushioning. Choose Ortholite-style foam when the priority is lightweight comfort, footwear feel and general insole softness. Choose PORON-style material when the priority is targeted impact protection and durable shock absorption in high-load zones. In many custom orthotic designs, these materials may be combined. For example, a technician may use a firmer base shell for control, Qaadir PPT Memory Red for comfort and pressure relief, and a local impact pad in the heel or metatarsal zone where extra shock absorption is required. Ideal Patient Groups Qaadir PPT Memory Red is suitable for orthotic applications involving: Diabetic feet requiring accommodative support Elderly patients with reduced plantar fat pad protection Rheumatoid or arthritic feet Sensitive feet with reduced tolerance to firm materials Patients with metatarsalgia or forefoot discomfort Patients requiring softer total-contact insoles Users needing improved comfort in everyday footwear Orthotic users who experience localised pressure or irritation Workshop Use Qaadir PPT Memory Red can be shaped, cut and integrated into custom orthotic builds according to standard workshop practice. It may be used as a full-length cushioning layer, targeted relief pad or comfort interface depending on the prescription. For best results, technicians should select the appropriate thickness, top cover, adhesive system and base material according to the patient’s clinical needs, footwear space and activity level. Why Choose Qaadir PPT Memory Red? Qaadir PPT Memory Red gives O&P clinics and orthotic workshops a practical cushioning material for pressure relief, shock absorption and patient comfort. It is especially valuable when producing accommodative foot orthoses for patients who need a softer, more forgiving interface than standard insole foams. For clinicians and technicians working across diabetic foot care, podiatry, geriatric orthotics, rehabilitation and custom insole fabrication, Qaadir PPT Memory Red provides a useful balance of comfort, conformity and clinical practicality.

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Qaadir Life Carbon Resin is a practical lamination resin for orthotic and prosthetic clinicians and technicians producing carbon-reinforced devices in routine O&P workshop settings. Designed for use with carbon fibre and other approved reinforcement materials, this resin supports the fabrication of strong, lightweight laminated prosthetic and orthotic structures. It is suitable for workshops producing prosthetic sockets, orthotic shells and reinforced components where carbon fibre is selected to improve strength, stiffness and weight efficiency. Part of the Qaadir Life range, Qaadir Life Carbon Resin is positioned as a more accessible, cost-conscious option for routine clinical and fabrication use. Qaadir Life is a value-focused O&P range aimed at orthotic and prosthetic clinicians and technicians, especially for LMIC and cost-sensitive service settings such as rehabilitation centres, NGOs, humanitarian programmes, government providers and private clinics. Key Features Carbon-compatible lamination resin for O&P fabrication Designed for use with carbon fibre reinforcement materials Supports strong, lightweight laminated structures Suitable for prosthetic socket and orthotic brace fabrication Practical for clinic workshops and central fabrication units Value-focused option for cost-sensitive service environments Suitable for rehabilitation centres, NGOs, humanitarian programmes, government providers and private clinics O&P Applications Qaadir Life Carbon Resin can be used for: Carbon-reinforced prosthetic socket lamination Orthotic brace fabrication requiring added strength or stiffness Lightweight laminated shells Reinforced AFO, KAFO and spinal orthosis components where appropriate Definitive or specialist laminated devices, depending on clinical requirements Central fabrication workflows Technician training and routine workshop production Workshop Use In O&P fabrication, carbon fibre is commonly selected when a device requires a strong, lightweight and structurally efficient laminate. Qaadir Life Carbon Resin is intended to help bind carbon reinforcement layers into a durable composite structure when used according to appropriate workshop procedures. For best results, technicians should ensure correct model preparation, reinforcement lay-up, vacuum application, resin mixing, catalyst use and curing conditions. Always follow local workshop protocols, safety guidance and relevant clinical fabrication standards. Why Choose Qaadir Life Carbon Resin? Qaadir Life Carbon Resin gives O&P workshops a practical resin option for carbon-reinforced prosthetic and orthotic fabrication. It is especially relevant for service providers who need to balance material performance with cost-conscious procurement. As part of the Qaadir Life range, it supports accessible, routine fabrication for clinics and workshops working to deliver essential O&P services in budget-sensitive environments.

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Qaadir Life Lamination Resin 80:20 is a practical lamination resin for orthotic and prosthetic clinicians and technicians who need a dependable workshop material for everyday fabrication. Designed for use in prosthetic and orthotic lamination workflows, this resin supports the production of strong, consistent laminated devices when used with appropriate reinforcement materials such as stockinette, carbon fibre, glass fibre, nylon or other approved lamination fabrics. Part of the Qaadir Life range, this product is positioned as a more accessible, cost-conscious option for routine clinical and fabrication use. Qaadir Life is a value-focused O&P range aimed at orthotic and prosthetic clinicians and technicians, especially for LMIC and cost-sensitive service settings such as rehabilitation centres, NGOs, humanitarian programmes, government providers and private clinics. Key Features 80:20 lamination resin system for O&P workshop use Suitable for prosthetic and orthotic lamination applications Supports routine socket, brace and component fabrication Designed for use with common reinforcement materials Practical for central fabrication units and clinic workshops Value-focused option for cost-sensitive service environments Suitable for rehabilitation centres, NGOs, humanitarian programmes, government providers and private clinics O&P Applications Qaadir Life Lamination Resin 80:20 can be used for: Prosthetic socket lamination Orthotic brace fabrication Reinforced laminated shells Trial or definitive laminated devices, depending on clinical requirement Central fabrication workflows Technician training and routine workshop production LMIC and humanitarian O&P service settings Workshop Use In routine O&P fabrication, lamination resin is used to bind reinforcement layers into a durable composite structure. Qaadir Life Lamination Resin 80:20 is intended to support consistent fabrication results when used according to appropriate workshop procedures, catalyst ratios, safety guidance and local clinical standards. For best results, technicians should ensure correct model preparation, reinforcement lay-up, vacuum application, resin mixing and curing conditions. Why Choose Qaadir Life Lamination Resin 80:20? Qaadir Life Lamination Resin 80:20 gives O&P workshops a practical resin option for day-to-day prosthetic and orthotic fabrication. It is especially relevant for service providers who need to balance dependable performance with cost-conscious procurement. As part of the Qaadir Life range, it supports accessible fabrication for clinics and workshops working to deliver essential O&P services in budget-sensitive environments.

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Qaadir Life Sealing Resin is a practical workshop material for orthotic and prosthetic clinicians and technicians who need a reliable way to seal plaster models and porous surfaces during routine fabrication. Part of the Qaadir Life range, this sealing resin is positioned as a cost-conscious option for everyday O&P workshop use, particularly in LMIC and budget-sensitive service settings such as rehabilitation centres, NGOs, humanitarian programmes, government providers and private clinics. In prosthetic and orthotic fabrication, a properly sealed model helps create a smoother working surface and supports more consistent lamination, finishing and release performance. Qaadir Life Sealing Resin is intended for use where technicians need to prepare plaster positives, casts or model surfaces before applying laminating resins, vacuum systems, PVA bags or finishing materials. Key Features Designed for routine orthotic and prosthetic workshop use Helps seal plaster models, positive casts and porous fabrication surfaces Supports smoother preparation before lamination or finishing Useful for prosthetic socket and orthotic brace fabrication workflows Practical for central fabrication units, rehabilitation centres and clinic workshops Value-focused option within the Qaadir Life range Suitable for cost-sensitive O&P service environments O&P Applications Qaadir Life Sealing Resin can be used in workshop preparation for: Prosthetic socket fabrication Orthotic brace fabrication Plaster positive model sealing Cast preparation before lamination Surface preparation before finishing Training workshops and routine technician use NGO, rehabilitation centre and humanitarian fabrication settings Why Choose Qaadir Life Sealing Resin? Qaadir Life Sealing Resin supports consistent model preparation in everyday prosthetic and orthotic fabrication. For clinicians and technicians working in busy O&P workshops, it provides a practical way to prepare plaster and porous surfaces before the next stage of production. As part of Qaadir Life, it belongs to a value-focused O&P range created for routine clinical and fabrication use where dependable materials and cost-conscious procurement matter.

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The Qaadir Elastic Stockinette is a versatile clinical and workshop consumable designed for orthotic and prosthetic clinicians and technicians who need a soft, stretchable material for casting, limb preparation, interface layering, and general fabrication support. Its elastic construction allows it to conform more easily to limb contours, making it a practical choice in O&P environments where comfort, fit, and consistent handling are important. In orthotic and prosthetic practice, elastic stockinette is commonly used during plaster casting, measurement preparation, check socket workflows, and general limb management tasks. It can help create a smooth layer between the skin and casting materials, assist with suspension or covering applications in selected workshop processes, and support cleaner handling of the limb during fitting and fabrication stages. Its stretch characteristics make it especially useful where a closer, more adaptable fit is needed around varying anatomical shapes. Suitable for use in clinics, rehabilitation departments, and fabrication workshops, the Qaadir Elastic Stockinette is a dependable everyday material for O&P teams managing patient care, casting, and technical workflows. It supports practical, efficient working while helping clinicians and technicians maintain a professional preparation process. Key features Elastic stockinette for orthotic and prosthetic clinicians and technicians Suitable for casting, limb preparation, interface layering, and fabrication support Stretchable construction for better conformity to limb contours Helps provide a smooth and practical working layer Useful in clinics, cast rooms, and O&P workshops Designed for day-to-day clinical and technical use The Qaadir Elastic Stockinette is an essential O&P consumable for clinicians and technicians who need a flexible, easy-to-use stockinette for casting, preparation, and workflow support.

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nora® Lunatec combi T1 is a three layer vulcanised expanded EVA composite sheet developed for orthopaedic insoles and foot beddings requiring excellent cushioning, shear force reduction, and reliable stabilising support. The material combines three EVA layers with different hardness levels that are permanently fused during manufacturing, creating a smooth transition between layers without the need for adhesive bonding. The special design of nora® Lunatec combi T1 features a softer middle layer embedded between two firmer layers. This structure reduces shear forces during walking and relieves stress on the musculoskeletal system. The result is improved comfort, excellent damping properties, and effective pressure distribution, making the material particularly suitable for rheumatic, diabetic, and highly sensitive feet. Because the layers are vulcanised together during production, the composite sheet offers consistent quality, clean processing, and reliable performance without displacement, glue lines, or hardening caused by adhesive films. Material construction Top layer Material: nora® Lunasoft SLW Hardness: approx. 30 Shore A Density: approx. 0.20 g/cm³ Colour: 80 anthracite Thickness: approx. 3 mm Middle cushioning layer Material: nora® Lunasoft Z Hardness: approx. 25 Shore A Density: approx. 0.17 g/cm³ Colour: 307 medium grey Thickness: approx. 4 mm Base stabilising layer Material: nora® Lunasoft AL Hardness: approx. 52 Shore A Density: approx. 0.26 g/cm³ Colour: 09 white Thickness: approx. 8 mm Composite sheet Three layer vulcanised construction Trimmed edges for precise processing Smooth transition between hardness levels No adhesive between materials Intended applications Orthopaedic foot beddings Insoles for rheumatic feet Insoles for sensitive feet Diabetic insoles Cushioning insoles with stabilising base Pressure relief foot beddings Orthopaedic shoe insoles Multilayer orthotic constructions Key properties Excellent cushioning and damping Very good shear force reduction High comfort for sensitive feet Soft middle layer for pressure relief Integrated stabilising base Secure composite without glue No displacement during thermoforming No bubble formation at joints Reliable dimensional stability Advantages of Lunatec combi composite sheets Ready made multilayer material No gluing required between layers Faster and cleaner processing Consistent material quality Reduced production time Improved comfort for high risk patients Efficient insole manufacture Processing notes Thermoformable using standard EVA processing Suitable for vacuum forming and deep drawing Additional stabilising materials such as Norit, Lunacell, or Lunalight can be added if required Adapt pressure according to material flexibility nora® Lunatec combi T1 is ideal for orthopaedic shoe engineering and prosthetic orthotic workshops requiring a multilayer EVA composite with excellent damping, shear reduction, and stabilising support for the manufacture of high quality orthopaedic insoles and foot beddings for rheumatic, diabetic, and highly sensitive feet.

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nora® Lunatec combi cork 1 is a vulcanised composite expanded EVA sheet developed for the manufacture of durable orthopaedic insoles and foot beddings requiring a combination of resilient cushioning and strong stabilising support. The sheet combines a permanently resilient EVA cushioning layer with a high cork content stabilising layer, permanently fused during manufacturing to create a secure composite without the need for adhesive bonding. The stabilising layer contains a high proportion of cork, providing excellent rigidity and long term dimensional stability, making the material ideal for orthopaedic insoles that must withstand high mechanical stress. The upper cushioning layer made from nora® Lunalastik offers permanently resilient comfort together with a slightly roughened, velvety surface that is well suited for attaching leather covers or top layers. Because the layers are vulcanised together during production, the composite sheet provides consistent quality, clean processing, and reliable bonding without displacement, bubble formation, or hardening caused by adhesive films. Material construction Top cushioning layer Material: nora® Lunalastik Hardness: approx. 25 Shore A Density: approx. 0.23 g/cm³ Colour: 07 beige Thickness: approx. 6 mm Base stabilising layer with cork content Material: nora® Lunatec cork H Hardness: approx. 50 Shore A Density: approx. 0.35 g/cm³ Colour: 205 cork Thickness: approx. 8 mm Total thickness Approx. 14 mm Format Approx. 1120 x 880 mm // 44.1 x 34.6 inch Composite sheet Trimmed edges for precise processing Permanently vulcanised layers High cork fraction stabilising layer No adhesive between materials Uniform bonding during manufacture Intended applications Orthopaedic foot beddings Supporting insoles Insoles for flat feet, splay feet, hollow feet, and skew feet Stabilising orthopaedic insoles Insoles for high load applications Base material for orthopaedic shoe insoles Insoles with leather top covers Multilayer orthotic constructions Key properties Permanently resilient cushioning layer High stability cork reinforced base Excellent durability under load Very good dimensional stability Roughened surface suitable for leather covers Secure composite without glue No displacement during thermoforming No bubble formation at joints No hardening caused by adhesive film Advantages of Lunatec combi cork composite sheets Ready made multilayer material No gluing required between layers Efficient and clean processing High strength composite structure Ideal for durable insoles Time and cost savings in workshop production Processing notes Thermoformable using standard EVA processing methods Suitable for vacuum forming and deep drawing Additional stabilising materials such as Norit, Lunacell, or Lunalight can be added if required Adapt pressure according to material flexibility nora® Lunatec combi cork 1 is ideal for orthopaedic shoe engineering and prosthetic orthotic workshops requiring a strong, durable composite material with cork reinforced stability and permanently resilient cushioning for the manufacture of high quality orthopaedic foot beddings and supporting insoles.

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nora® Lunatec combi motion T2 is a three layer vulcanised expanded EVA composite sheet developed for the manufacture of orthopaedic insoles and foot beddings for painful, pressure sensitive, and high risk feet. The material combines an extremely soft bedding layer with resilient cushioning and a stabilising base, permanently fused during manufacturing to create a secure multilayer structure without the need for adhesive bonding. The upper layer made from nora® Lunatec motion provides very soft bedding properties and excellent absorption of shear forces during walking. This helps reduce stress on sensitive areas and improves comfort for patients with painful feet, rheumatic conditions, or diabetes. The lower layers provide permanent elasticity together with structural stability, ensuring that the finished insole maintains shape and support even under increased load. Because the three layers are vulcanised together during production, the composite sheet offers consistent quality, clean processing, and strong bonding without displacement, glue lines, or hardening caused by adhesive films. Material construction Top bedding layer Material: nora® Lunatec motion Hardness: approx. 12 Shore A Density: approx. 0.13 g/cm³ Colour: 56 stone grey Thickness: approx. 7 mm Middle cushioning layer Material: nora® Lunasoft Z Hardness: approx. 25 Shore A Density: approx. 0.16 g/cm³ Colour: 345 green Thickness: approx. 5 mm Base stabilising layer Material: nora® Lunatec CAD 35 Hardness: approx. 35 Shore A Density: approx. 0.20 g/cm³ Colour: 60 bright grey Thickness: approx. 8 mm Total thickness Approx. 20 mm Format Approx. 1000 x 625 mm // 39.4 x 31.5 inch Composite sheet Trimmed edges for accurate processing Three layer vulcanised construction No adhesive between layers Smooth transition between hardness levels Intended applications Thick orthopaedic foot beddings Soft bedding insoles Diabetes adapted insoles Insoles for painful feet Rheumatic foot support Insoles for orthopaedic footwear Pressure relief foot beddings Insoles for sensitive feet Multilayer orthotic constructions Key properties Extremely soft top layer for pressure relief Excellent absorption of shear forces Very good pressure distribution High comfort for sensitive and painful feet Integrated stabilising base Permanently elastic structure Secure composite without glue No displacement during forming High durability Lightweight construction Advantages of Lunatec combi motion composite sheets Ready made multilayer material No bonding required between layers Faster and cleaner production Consistent quality Reduced manufacturing time Ideal for deep drawing production Cost and time savings in workshop fabrication Processing notes Thermoformable using standard EVA processing Suitable for vacuum forming and deep drawing Can be processed without adhesive Adapt pressure according to material softness Recommended for single step forming of complete foot beddings nora® Lunatec combi motion T2 is ideal for orthopaedic shoe engineering, prosthetic and orthotic workshops, and diabetic foot care applications where maximum cushioning, shear reduction, and reliable structural support are required for the manufacture of high quality orthopaedic insoles and foot beddings.

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nora® Lunatec combi motion 1 is a vulcanised composite expanded EVA sheet designed for orthopaedic insoles and foot beddings requiring maximum cushioning together with reliable stabilising support. The material combines an extremely soft bedding layer with a firm stabilising base, permanently bonded during the manufacturing process without the need for adhesive. The upper layer of nora® Lunatec motion provides very soft bedding properties and excellent absorption of shear forces generated during walking. This helps reduce stress on the musculoskeletal system and can significantly improve comfort for patients with painful or sensitive feet. The stabilising base layer of nora® Lunasoft SL ensures that the insole maintains its shape and function even under increased load. Because the layers are vulcanised together during production, the composite sheet offers secure bonding, clean processing, and consistent quality without displacement, bubble formation, or hardening caused by adhesive films. Material construction Top bedding layer Material: nora® Lunatec motion Hardness: approx. 12 Shore A Density: approx. 0.13 g/cm³ Colour: 06 silk Thickness: approx. 6 mm Base stabilising layer Material: nora® Lunasoft SL Hardness: approx. 40 Shore A Density: approx. 0.20 g/cm³ Colour: 27 light blue Thickness: approx. 10 mm Composite sheet Trimmed edges for precise processing Permanently vulcanised layers No adhesive between materials Uniform bonding during manufacture Intended applications Orthopaedic insoles Diabetic insoles Insoles for rheumatic foot conditions Foot beddings for sensitive feet Cushioning insoles for painful joints Pressure relief insoles Shear reducing foot beddings Soft orthotic constructions Damping layers inside footwear Key properties Extremely soft bedding layer Excellent shear force absorption Reduces pressure and pain during walking High comfort for sensitive feet Integrated stabilising base layer Secure composite without glue No displacement during thermoforming No bubble formation at joints Reliable dimensional stability Advantages of Lunatec combi motion composite sheets Ready made multilayer material No gluing required between layers Efficient and clean processing Consistent material quality Improved comfort for high risk patients Time saving in workshop production Processing notes Thermoformable at approx. 110°C to 130°C (230°F to 266°F) Suitable for vacuum forming and deep drawing Additional EVA materials can be bonded if required Adapt pressure according to the softness of the material nora® Lunatec combi motion 1 is ideal for orthopaedic shoe engineering, prosthetic and orthotic workshops, and diabetic foot care applications where maximum cushioning, shear reduction, and reliable support are required for patients with pain sensitive, diabetic, geriatric, or rheumatic feet.

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nora® Lunatec combi 8 is a vulcanised composite expanded EVA sheet developed for the efficient production of sporty, durable, and stabilising orthopaedic insoles and foot beddings. The sheet combines two high performance nora® EVA materials that are permanently bonded together during the manufacturing process, ensuring secure strength without the need for adhesive bonding during fabrication. This composite combines the permanently resilient cushioning properties of nora® Lunatec EP with the strong stabilising support of nora® Lunatec SE. The result is a material that offers excellent elastic recovery, reliable structural stability, and high durability, making it ideal for modern orthotic insoles, sports insoles, and applications where both comfort and support are required. Because the layers are vulcanised together during production, the composite sheet provides consistent quality, clean processing, and reliable performance without the risk of layer displacement, bubble formation, or hardening caused by adhesive films. Material construction Top cushioning layer Material: nora® Lunatec EP Hardness: approx. 22 Shore A Density: approx. 0.20 g/cm³ Colour: 131 red Thickness: approx. 4 mm Base stabilising layer Material: nora® Lunatec SE Hardness: approx. 45 Shore A Density: approx. 0.28 g/cm³ Colour: 81 black Thickness: approx. 8 mm Composite sheet Trimmed edges for accurate processing Permanently vulcanised layers No adhesive between materials Uniform bonding during manufacture Intended applications Sport insoles Long sole orthotic insoles Foot beddings with high resilience Stabilising orthopaedic insoles Insoles for active use Orthotic footwear insoles Functional orthotic constructions Cushioning and support layers in orthoses High stress insole applications Key properties Permanently resilient cushioning Integrated stabilising layer Excellent elastic recovery High durability under load Secure composite without glue No displacement during thermoforming No bubble formation at joints No hardening caused by adhesive film Reliable dimensional stability Advantages of Lunatec combi composite sheets No gluing required between layers Faster and cleaner production Reduced processing steps Consistent material quality High retention of volume during forming Efficient insole manufacture Time and cost savings in workshop production Processing notes Thermoformable at approx. 120°C to 130°C (248°F to 266°F) Suitable for vacuum forming and deep drawing Additional EVA materials can be bonded if required Adapt pressure according to material flexibility nora® Lunatec combi 8 is ideal for orthopaedic shoe engineering and prosthetic orthotic workshops requiring a composite EVA sheet that combines high resilience cushioning with strong stabilising support for modern sports insoles, durable orthotic devices, and high performance foot beddings.

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nora® Lunatec combi 7 is a vulcanised composite expanded EVA sheet designed for the efficient manufacture of orthopaedic insoles, foot beddings, and soft orthotic components requiring a combination of cushioning comfort and structural stability. The sheet combines two proven nora® EVA materials that are permanently bonded during the manufacturing process, creating a secure composite without the need for adhesive during fabrication. This combination uses nora® Lunasoft SLW as a permanently resilient cushioning layer together with nora® Lunasoft SL as a stabilising layer. The result is a composite sheet that provides soft bedding, reliable support, and excellent durability, making it suitable for orthopaedic, prosthetic, and rehabilitation applications, especially for diabetic, geriatric, and rheumatic foot management. Because the layers are vulcanised together during production, the material offers consistent strength, clean processing, and reliable performance without displacement, bubble formation, or hardening caused by adhesive films. Material construction Top cushioning layer Material: nora® Lunasoft SLW Hardness: approx. 30 Shore A Density: approx. 0.20 g/cm³ Colour: 07 beige Thickness: approx. 3 mm Base stabilising layer Material: nora® Lunasoft SL Hardness: approx. 40 Shore A Density: approx. 0.20 g/cm³ Colour: 19 stone Thickness: approx. 4 mm Composite sheet Trimmed edges for accurate processing Permanently vulcanised layers No adhesive between materials Uniform material bonding during manufacture Intended applications Orthopaedic insoles Foot beddings Diabetic insoles Geriatric foot support Rheumatic foot management Soft wall funnel shaped sleeves Soft prosthetic sockets Cushioning and stabilising orthotic layers Multilayer orthotic constructions Key properties Permanently resilient cushioning layer Integrated stabilising support layer High durability under load Good elastic recovery Secure composite without glue No displacement during thermoforming No bubble formation at joints No hardening caused by adhesive film Reliable volume retention during forming Advantages of Lunatec combi composite sheets No gluing required between layers Faster and cleaner production Reduced processing steps Consistent material quality Improved dimensional stability Efficient insole manufacture Time and cost savings in workshop production Processing notes Thermoformable at approx. 120°C to 130°C (248°F to 266°F) Suitable for vacuum forming and deep drawing Additional EVA materials can be bonded if required Adapt pressure according to material flexibility nora® Lunatec combi 7 is ideal for orthopaedic shoe engineering and prosthetic orthotic workshops requiring a ready made composite EVA sheet that combines cushioning comfort with reliable stabilising support for efficient, high quality insole and orthotic production.

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nora® Lunatec combi 6 is a vulcanised composite expanded EVA sheet developed for the production of sporty, durable, and stabilising orthopaedic insoles and foot beddings. The sheet combines two proven nora® EVA materials that are permanently bonded during the manufacturing process, creating a strong composite without the need for adhesive bonding during fabrication. This material combines the permanently resilient cushioning properties of nora® Lunasoft SLW with the stabilising strength of nora® Lunasoft AL. The result is a composite sheet that provides excellent comfort together with reliable support, making it ideal for modern insoles, sports orthotics, and applications where both flexibility and structural stability are required. Because the layers are vulcanised together during production, the composite sheet ensures consistent strength, clean processing, and reliable performance without the risk of layer displacement, bubble formation, or hardening caused by adhesive films. Material construction Top cushioning layer Material: nora® Lunasoft SLW Hardness: approx. 30 Shore A Density: approx. 0.20 g/cm³ Colour: 137 terra Thickness: approx. 4 mm Base stabilising layer Material: nora® Lunasoft AL Hardness: approx. 52 Shore A Density: approx. 0.26 g/cm³ Colour: 81 black Thickness: approx. 10 mm Composite sheet Trimmed edges for accurate processing Permanently vulcanised layers No adhesive between materials Intended applications Sporty orthopaedic insoles Long sole sports insoles Foot beddings for active use Stabilising orthotic insoles Insoles requiring cushioning and support Orthopaedic footwear insoles Functional orthotic constructions High stress insole applications Key properties Permanently resilient cushioning Integrated stabilising layer Excellent durability under load Good elastic recovery Composite sheet vulcanised during manufacture No adhesive required between layers No displacement during thermoforming No bubble formation at joints No hardening caused by glue film Suitable for modern sporty orthotic designs Advantages of Lunatec combi composite sheets Efficient insole manufacture Reduced processing steps Consistent material quality Secure bonding without glue Improved dimensional stability Clean thermoforming Time and cost savings in workshop production Processing notes Thermoformable at approx. 120°C to 130°C (248°F to 266°F) No bonding required between composite layers Additional EVA materials can be bonded if required Suitable for vacuum forming and deep drawing nora® Lunatec combi 6 is ideal for orthopaedic shoe engineering and orthotic workshops requiring a composite material that combines cushioning comfort with strong stabilising support, making it suitable for sports insoles, modern foot beddings, and high performance orthotic applications.

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nora® Lunatec combi 5 is a vulcanised composite expanded EVA sheet developed for the production of thin, permanently resilient orthopaedic insoles and cushioning components. The sheet combines two proven nora® EVA materials that are permanently bonded during the manufacturing process, creating a stable composite without the need for adhesive bonding during fabrication. This material combines the durable cushioning properties of nora® Lunalastik with the resilient support of nora® Lunasoft SLW, resulting in a lightweight composite sheet that offers excellent comfort, reliable shock absorption, and long-term elasticity even in thin constructions. The combination is especially suitable for insoles that require high flexibility together with permanent resilience. Because the layers are vulcanised together during production, the composite sheet provides consistent strength, clean processing, and reliable performance without the risk of layer displacement, bubble formation, or hardening caused by adhesive films. Material construction Top cushioning layer Material: nora® Lunalastik Hardness: approx. 25 Shore A Density: approx. 0.23 g/cm³ Colour: 60 bright grey Thickness: approx. 3 mm Base cushioning layer Material: nora® Lunasoft SLW Hardness: approx. 30 Shore A Density: approx. 0.20 g/cm³ Colour: 111 royal blue Thickness: approx. 4 mm Composite sheet Trimmed edges for accurate processing Permanently vulcanised layers No adhesive between materials Intended applications Thin orthopaedic insoles Long sole insoles with soft forefoot bedding Cushioning layers for orthoses Cushioning components for prostheses Soft prosthetic sockets Comfort insoles for sensitive feet Flexible orthotic constructions Lightweight orthopaedic footwear insoles Key properties Permanently resilient cushioning Excellent comfort in thin constructions Good shock absorption High elastic recovery Composite sheet vulcanised during manufacture No adhesive required between layers No displacement during thermoforming No bubble formation at joints No hardening caused by glue film Suitable for precise orthotic work Advantages of Lunatec combi composite sheets Efficient insole production Reduced processing steps Consistent material quality Reliable bonding without glue Improved dimensional stability Clean thermoforming Time and cost savings in workshop production Processing notes Thermoformable at approx. 120°C to 130°C (248°F to 266°F) No bonding required between composite layers Additional EVA materials can be bonded if required Suitable for vacuum forming and deep drawing nora® Lunatec combi 5 is ideal for orthopaedic shoe engineering and orthotic workshops requiring a thin, permanently resilient composite material for insoles, orthoses, prosthetic cushioning, and soft socket applications where comfort, flexibility, and durability are essential.

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nora® Lunatec combi 4 is a vulcanised composite expanded EVA sheet developed for orthopaedic insoles and foot beddings requiring soft bedding comfort together with permanently resilient cushioning. The sheet combines two proven nora® EVA materials that are permanently bonded during the manufacturing process, creating a stable composite without the need for adhesive bonding during fabrication. This combination integrates the soft bedding properties of nora® Lunairflex with the durable cushioning performance of nora® Lunalastik. The result is a composite material designed for sensitive feet exposed to higher mechanical stress, providing excellent pressure distribution, reliable resilience, and long-term comfort. The material is especially suitable for diabetic, geriatric, and rheumatic foot care, where both cushioning and structural support are required. Because the layers are vulcanised together during production, the composite sheet ensures consistent strength, clean processing, and reliable performance without the risk of layer displacement, bubble formation, or hardening caused by adhesive films. Material construction Top bedding layer Material: nora® Lunairflex Hardness: approx. 22 Shore A Density: approx. 0.12 g/cm³ Colour: 07 beige Thickness: approx. 3 mm Base cushioning layer Material: nora® Lunalastik Hardness: approx. 25 Shore A Density: approx. 0.23 g/cm³ Colour: 09 white Thickness: approx. 6 mm Composite sheet Trimmed edges for accurate processing Permanently vulcanised layers No adhesive between materials Intended applications Base material for orthopaedic foot beddings Diabetes adapted insoles Insoles for sensitive feet Geriatric foot orthotics Rheumatic foot conditions Increased stress orthotic applications Cushioning insoles with resilient support Custom orthopaedic footwear insoles Recommended combinationsFor higher stability, the use of an additional stabilising layer such as nora® Lunasoft AL nora® Lunalight A nora® Lunacellis recommended depending on diagnosis, patient weight, and load requirements. Key properties Soft bedding with resilient cushioning Excellent pressure distribution Permanently bonded composite sheet No adhesive required between layers No displacement during thermoforming No bubble formation at joints No hardening caused by glue film High walking comfort Suitable for high stress applications Reliable durability Advantages of Lunatec combi composite sheets Faster fabrication Reduced processing steps Consistent material quality Secure bonding without glue Improved dimensional stability Clean thermoforming Time and cost savings in workshop production Processing notes Thermoformable at approx. 120°C to 130°C (248°F to 266°F) No bonding required between composite layers Additional EVA materials can be bonded if required Suitable for vacuum forming and deep drawing nora® Lunatec combi 4 is an ideal composite material for orthopaedic shoe engineering and orthotic workshops requiring a soft but durable base for diabetic, geriatric, and rheumatic foot beddings, combining excellent bedding comfort with permanently resilient cushioning for higher load applications.

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nora® Lunatec combi 3 is a vulcanised composite expanded EVA sheet designed for the manufacture of orthopaedic insoles and foot beddings requiring durable cushioning, stability, and long-term resilience. The material combines two proven nora® EVA qualities that are permanently bonded during the manufacturing process, creating a reliable composite sheet without the need for adhesive bonding during fabrication. This combination integrates the permanently resilient cushioning properties of nora® Lunalastik with the supportive and durable characteristics of nora® Lunasoft SLW. The result is a composite material that offers excellent pressure distribution together with stable support, making it particularly suitable for diabetic, geriatric, and rheumatic foot care where both comfort and durability are required. Because the layers are vulcanised together during production, the composite sheet ensures consistent strength, clean processing, and reliable performance without the risk of layer displacement, bubble formation, or hardening caused by adhesive films. Material construction Top cushioning layer Material: nora® Lunalastik Hardness: approx. 25 Shore A Density: approx. 0.23 g/cm³ Colour: 07 beige Thickness: approx. 6 mm Base cushioning and stabilising layer Material: nora® Lunasoft SLW Hardness: approx. 30 Shore A Density: approx. 0.20 g/cm³ Colour: 19 stone Thickness: approx. 10 mm Composite sheet Trimmed edges for accurate processing Permanently vulcanised layers No adhesive between materials Intended applications Base material for orthopaedic foot beddings Diabetes adapted insoles Insoles for sensitive feet Geriatric foot orthotics Rheumatic foot conditions Medium stress orthotic applications Cushioning insoles with stabilising support Custom orthopaedic footwear insoles Key properties Permanently resilient cushioning Good stability under load Excellent pressure distribution Composite sheet vulcanised during manufacture No adhesive required between layers No displacement during thermoforming No bubbles at material joints No hardening caused by glue film High walking comfort Reliable durability Advantages of Lunatec combi composite sheets Faster insole fabrication Reduced processing steps Consistent material quality Secure bonding without glue Improved dimensional stability Clean thermoforming Time and cost savings in workshop production Processing notes Thermoformable at approx. 120°C to 130°C (248°F to 266°F) No bonding required between composite layers Additional EVA materials can be bonded if required Suitable for vacuum forming and deep drawing nora® Lunatec combi 3 is ideal for orthopaedic shoe engineering and orthotic workshops requiring a durable composite base material for diabetic, geriatric, and rheumatic foot beddings, providing permanently resilient cushioning together with reliable support for medium load applications.

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nora® Lunatec combi 2 is a vulcanised composite expanded EVA sheet designed for the manufacture of orthopaedic insoles and foot beddings requiring high cushioning, stability, and long-term resilience. The sheet combines two proven nora® materials that are permanently bonded during the manufacturing process, creating a reliable composite without the need for adhesive bonding during fabrication. This combination integrates the soft bedding properties of nora® Lunairflex with the permanently resilient cushioning of nora® Lunasoft SLW. The result is a composite material that offers excellent pressure distribution together with durable support, making it particularly suitable for sensitive feet and medical orthotic applications. Because the materials are vulcanised together at production stage, the composite sheet provides consistent strength, stable processing, and reliable performance without the risk of layer separation, bubbles, or hardening caused by adhesives. Material construction Top bedding layer Material: nora® Lunairflex Hardness: approx. 22 Shore A Density: approx. 0.12 g/cm³ Colour: 07 beige Thickness: approx. 6 mm Base cushioning layer Material: nora® Lunasoft SLW Hardness: approx. 30 Shore A Density: approx. 0.20 g/cm³ Colour: 17 grey beige Thickness: approx. 10 mm Trimmed composite sheet Edges trimmed for accurate processing Permanently vulcanised layers No adhesive between materials Intended applications Base material for orthopaedic foot beddings Diabetes adapted insoles Insoles for sensitive feet Geriatric foot orthotics Rheumatic foot conditions Moderate stress orthotic applications Cushioning insoles with stabilising support Custom orthopaedic footwear insoles Key properties Soft bedding with resilient support Excellent pressure distribution Permanently bonded composite sheet No adhesive required between layers No displacement during thermoforming No bubble formation at joints No hardening caused by glue film High walking comfort Good durability under load Suitable for medical orthotic use Advantages of Lunatec combi composite sheets Faster fabrication Reduced processing steps Consistent material quality Reliable bonding without glue Improved dimensional stability Clean thermoforming Time and cost savings in workshop production Processing notes Thermoformable at approx. 120°C to 130°C (248°F to 266°F) No bonding required between composite layers Additional EVA materials can be bonded if needed Suitable for vacuum forming and deep drawing nora® Lunatec combi 2 is an ideal composite material for orthopaedic shoe engineering and orthotic workshops requiring a soft but stable base for diabetic, geriatric, and sensitive foot applications, combining excellent bedding comfort with permanently resilient support.

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nora® Lunatec combi 1 is a vulcanised composite expanded EVA sheet designed as a ready-to-use base material for orthopaedic insoles and foot beddings. The material combines proven nora® qualities that are permanently bonded during the manufacturing process, creating a stable and resilient composite sheet without the need for adhesive bonding. The integrated cushioning layer made from nora® Lunalastik provides permanently resilient support with excellent shock absorption and stabilising function. This makes Lunatec combi 1 especially suitable for insoles exposed to higher mechanical stress, while still maintaining high walking comfort and long-term durability. Because the layers are vulcanised together during production, the composite sheet offers consistent structure, reliable strength, and easier processing compared with glued materials. The material can be thermoformed directly without risk of layer displacement, bubble formation, or hardening caused by adhesive films. Material construction Cushioning and stabilising layer Material: nora® Lunalastik Hardness: approx. 25 Shore A Density: approx. 0.23 g/cm³ Colour: 07 beige Thickness: approx. 6 mm Formats Composite sheet with trimmed edges for accurate processing Intended applications Base layer for orthopaedic foot beddings Insoles for orthopaedic footwear Cushioning and stabilising insole constructions Insoles for geriatric patients Diabetic foot orthotics Rheumatic foot conditions Sports insoles with resilient support High stress orthotic applications Key properties Permanently resilient cushioning Stabilising function under load High durability and elastic recovery Composite sheet vulcanised during manufacture No adhesive required between layers No displacement during thermoforming No bubbles at material joints No hardening caused by glue film Consistent material quality Suitable for high load insoles Advantages of Lunatec combi composite sheets Faster insole production Reduced processing steps No gluing required Improved dimensional stability Higher volume retention during forming Clean and reliable thermoforming Time and cost savings in workshop production Processing notes Thermoformable at approx. 120°C to 130°C (248°F to 266°F) No bonding required between composite layers Additional EVA materials can be bonded if required Suitable for vacuum forming and deep drawing nora® Lunatec combi 1 is an ideal composite material for orthopaedic shoe engineering and orthotic workshops requiring a reliable, permanently resilient base for foot beddings and insoles, with efficient processing and consistent performance in everyday clinical use.

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