Dissolves when needed, performs when it matters — Qaadir PVA Film (30 Micron) is a smart, sustainable material designed for precision and eco-conscious performance. This thin, flexible, water-soluble film delivers strength during use and clean dissolution after, making it ideal for forward-thinking manufacturing and packaging. Key Features: Water-Soluble: Fully dissolves in water, leaving no residue. Eco-Friendly: Biodegradable and non-toxic; minimizes environmental impact. Clean Handling: Strong enough for processing; dissolves easily when activated. Customizable Utility: Available in sheet or roll form for varied technical uses. Qaadir PVA Film supports innovation with sustainability at its core. Lightweight yet strong, functional yet earth-friendly, it’s the ideal choice for industries seeking clean, dissolvable solutions that don’t compromise on quality or performance

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High strength, low weight — Degaplast Acrylic Rigid Resin delivers exceptional performance for carbon fiber laminations. Engineered for structural integrity and dimensional stability, it forms strong, lightweight prosthetic components that meet the highest standards of hygiene, durability, and professional finish. Key Features: Optimized for Carbon Fiber: Creates ultra-strong, lightweight laminates with minimal thickness. Dimensional Stability: Holds shape and strength over time, even in thin layers. Low Maintenance: Easy to clean and care for, ideal for hygiene-sensitive environments. Rigid & Reliable: Delivers a tough, professional-grade finish for long-term wear and use. Degaplast Acrylic Rigid Resin is trusted by technicians who demand both strength and simplicity. Whether used in orthotic shells or prosthetic sockets, it offers the perfect balance of rigidity, ease of use, and clean aesthetics — making every build stronger, lighter, and cleaner by design.

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Rigid, versatile, and bond-ready — Beil Acrylic Sealing Resin NV is built for high-strength sealing, bonding, and laminating in prosthetic and orthotic fabrication. Ideal for joining mixed materials and finishing hard surfaces, it ensures long-lasting adhesion across a wide range of substrates. Key Features: Multi-Purpose Use: Perfect for sealing leather, bonding wood, PUR-rigid foam, or laminating hard components. Rigid Acrylic Formula: Provides durable, strong finishes for high-load or high-wear areas. Flexible Curing Options: Can be cured with 1–3% hardener paste or Hardener Powder 50 for adjustable working times. Compatible Blending: Mixes easily with other acrylic resins for tailored resin systems. Beil Acrylic Sealing Resin offers dependable rigidity and bonding strength where precision and durability matter most. Whether sealing surfaces or building structure, it gives technicians the flexibility to work across materials — with strength you can see and feel.

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Reliable, balanced, and time-tested — Degaplast Acrylic 80:20 Resin is the classic choice for creating strong, professional-grade laminates. Optimized for prosthetic and orthotic fabrication, its dependable viscosity and high bond strength make it a go-to solution in clinics and workshops worldwide. Key Features: Proven 80:20 Ratio: Ideal balance of resin to hardener for consistent curing and optimal strength. Strong Lamination: Delivers durable, lightweight results for sockets, braces, and structural components. Smooth Workability: Balanced viscosity allows easy handling during layup and vacuum lamination. Universal Application: Suitable for use with fiberglass, carbon, and other reinforcement materials. Degaplast LH 80:20 Resin is a fabrication staple — trusted for its strength, clarity, and reliable performance. Whether used in initial fittings or final builds, it ensures clean, high-strength results with every pour, giving professionals the confidence to craft with precision.

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Beil Acrylic 8020 Resin is a trusted solution for prosthetic layups. Designed to deliver optimal bonding and smooth finishes, it’s widely used in orthotic prosthetic fabrication labs.

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Pure, precise, and lab-grade — Beil Acetone is a high-purity solvent engineered for specialized use in prosthetic, orthotic, and technical fabrication environments. With over 99% assay and minimal impurities, it delivers reliable cleaning, degreasing, and surface preparation where clarity and consistency matter. Key Features: High Purity Formula: >99% assay ensures clean evaporation and minimal residue. Technical Specs: Clear, colorless to pale yellow liquid with floral-herbal odor; density 0.985–0.990 g/ml. Excellent Solvent Power: Ideal for degreasing, cleaning surfaces, and preparing materials. Safe Handling Profile: Flashpoint at 105 °C; acid value < 1 mg KOH/g; insoluble in water. Beil Acetone is the solvent of choice for labs and workshops demanding quality and consistency. Whether used in cleaning tools, prepping molds, or thinning resins, its purity and performance make it a trusted staple in precision fabrication environments

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Refined for precision, Beil Talcum Powder is an essential additive in prosthetic and orthotic fabrication. Used to modify the consistency of resins, reduce stickiness, and improve workability, it ensures a smoother, more controlled lamination process — making every build cleaner, faster, and more consistent. Key Features: Process Enhancer: Reduces resin tackiness for easier handling and smoother finishes. Improves Consistency: Thickens resins for better application control and shaping. Finishing Aid: Helps prevent resin from clinging to tools or gloves during lamination. Workshop Essential: A staple additive for prosthetic technicians and orthotic fabricators. Beil Talcum Powder brings ease and control to every stage of the fabrication process. Whether you're fine-tuning resin flow or minimizing mess, it’s a simple yet powerful tool for improving efficiency and finish — trusted by clinics, workshops, and professionals worldwide.

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High-strength meets high-performance — Beil Epoxy Carbon Resin is specially formulated for carbon fiber lamination in orthotic and prosthetic fabrication. With superior bonding strength, low shrinkage, and excellent mechanical properties, it’s the ideal choice for durable, lightweight, and precision-molded carbon components. Key Features: Carbon-Specific Formula: Optimized for use with carbon fiber fabrics, ensuring maximum adhesion and strength. Superior Mechanical Performance: High load resistance and minimal deformation under stress. Low Shrinkage & Clean Finish: Maintains dimensional accuracy with a smooth, professional-grade surface. Ideal for Lamination: Trusted in orthotic and prosthetic workflows requiring strength and lightweight properties. Beil Epoxy Carbon Resin supports advanced fabrication where precision and durability are non-negotiable. From structural builds to cosmetic finishes, it empowers technicians to create high-performance solutions with carbon — strong, sleek, and built to last.

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Reliable, durable, and workshop-ready — Beil Polyester Resin is engineered for high-strength lamination in orthotic and prosthetic fabrication. Its fast-curing, easy-to-handle formula ensures consistent performance when bonding reinforcement fabrics like fiberglass or carbon, making it a go-to resin for both structural integrity and surface finish. Key Features: High Bond Strength: Ensures solid adhesion to fiberglass, carbon fiber, and other laminate materials. Fast Curing: Optimized working and setting time for efficient workshop application. Smooth Finish: Delivers a clean, professional surface ideal for cosmetic and functional use. Versatile Use: Suitable for both orthotic and prosthetic lamination systems. Beil Polyester Resin offers fabricators a dependable foundation for strong, stable, and long-lasting prosthetic devices. With its consistent cure and professional-grade quality, it supports precision craftsmanship across every build — because in lamination, strength begins at the core.

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PVA (Polyvinyl Alcohol) film is a water-soluble material widely used in orthotic and prosthetic workshops for lamination and thermoforming applications. Known for its clarity, strength, and ease of handling, PVA film acts as a protective separation layer between plaster models and composite resins, ensuring smooth, high-quality finishes during fabrication. In prosthetics, PVA film is used during lamination of sockets to prevent resin leakage and create a clean, precise interface. In orthotics, it provides an effective barrier during vacuum forming and thermoforming, helping technicians achieve accurate shapes and minimizing surface imperfections. Its water-soluble property allows for easy removal, reducing processing time and ensuring consistent results. Key Applications in Orthotics & Prosthetics: Socket Lamination: Provides a clean separation between resin and mold. Vacuum Forming: Ensures even shaping of orthotic devices. Barrier Film: Prevents resin contamination and improves finish quality. Workshop Efficiency: Simplifies the fabrication process with easy cleanup. Durable, reliable, and workshop-friendly, PVA film is a must-have material for orthotic and prosthetic professionals aiming for precision and efficiency in device fabrication.

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Designed for strength, flexibility, and precision, the Qaadir Fiberglass Cloth delivers high-performance reinforcement in prosthetic and orthotic fabrication. With its consistent weave and durable twill structure, it’s ideal for lamination, socket construction, and structural layering — giving you control and reliability with every layer.Key Features: Standard Dimensions: 1 m x 1 m sheet with 280 g/m² weight for consistent performance. Twill 2/2 Weave: Flexible yet strong, allowing easy contouring without compromising structure. Versatile Bonding: Compatible with epoxy and polyester resins in lamination processes. Available in Multiple Lengths: Options from 1 m to 10 m for varied fabrication needs. From first layup to final cure, Qaadir Fiberglass Cloth provides the strength and adaptability needed in advanced fabrication. Whether you're reinforcing sockets or shaping structural forms, its even finish and dependable texture ensure quality results in every build. fiberglass cloth for prosthetics

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The Qaadir Lamination Stockings are essential for use in the manufacture of prosthetic and orthotic devices. Designed for professional fabrication, these stockings act as a wicking layer under latex, lamination bags, and thermoplastics, helping to remove air and ensure smooth, high-quality finishes. They are widely used in workshops to improve both functionality and cosmetic appearance. Key Features Professional-Grade Material: Specifically developed for prosthetic and orthotic lamination processes. Air Removal Efficiency: Works as a wick to eliminate trapped air during fabrication. Smooth Finish: Ensures a clean interior surface on plastics and laminations. Cosmetic Enhancement: Colored stockings can be used under black carbon or laminates to prevent white showing through and achieve a natural look. Versatile Application: Suitable for a variety of lamination methods with latex, thermoplastics, and carbon fiber.

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Qaadir Closed-End PVA Bags are an essential tool for professionals seeking precision and efficiency in prosthetic fabrication. Designed to deliver a flawless finish quickly, these bags significantly reduce preparation time, even on complex shapes. Their single-step cast preparation streamlines your workflow, cutting down labor and material costs. Compatible with a broad range of sizes and forms, these bags enhance productivity by simplifying the lamination process without compromising quality. Ideal for experts aiming to optimize their fabrication techniques, Closed-End PVA Bags combine reliability and versatility to support superior results every time. Available in Packs of 5

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Qaadir Standard PVA Bags are crafted with a durable 3 mil thickness, ensuring reliable strength and water solubility for various applications. Each bag measures 1 metre in length, providing ample size for secure containment. Designed for convenience, every roll contains 20 PVA sleeves, making it easy to manage and use in multiple settings. These bags are ideal professionals who require consistent quality and performance in prosthetic lamination applications. Their robust construction guarantees dependable dissolution, enhancing efficiency and ease of use in your projects.

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The Carbon Fibreglass Stockinette is a high-performance hybrid material combining 50% carbon fiber and 50% fiberglass 12K tow, designed to deliver enhanced mechanical properties. This blend offers superior fatigue resistance, making it ideal for applications requiring durability under repeated stress. Its increased electrical conductivity supports specialized uses where conductivity is essential. Additionally, the stockinette provides greater rigidity compared to standard fiberglass, ensuring structural stability in demanding environments. Available in 150mm widths, this stockinette is suitable for precise, expert-level fabrication and reinforcement tasks where advanced material performance is critical.

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The Qaadir Lightweight Carbon Stockinette features a 6K tow carbon braid woven at a precise 45-degree angle, optimizing strength and rigidity while enabling thinner laminations and wall constructions. This advanced design ensures exceptional structural performance across a variety of demanding applications, making it ideal for projects where weight reduction without compromising durability is critical. Available in convenient 150mm widths, this stockinette offers versatility and ease of use for expert fabricators seeking high-performance carbon reinforcement solutions.

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Qaadir Fibreglass Tape is crafted from continuous E-glass filaments twisted into strong, durable yarn, providing excellent reinforcement for various applications. The tape features finished edges to prevent fraying and ensure clean, precise installation. Available in widths ranging from 25mm to 100mm, each roll measures 45 meters, offering ample length for extensive projects. Ideal for strengthening composites, repairs, and insulation, this tape delivers reliable performance and long-lasting durability in demanding environments. Its consistent quality and versatility make it a trusted choice for professionals seeking superior fiberglass reinforcement solutions.

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Qaadir Fibreglass Stockinette is crafted from high-quality E-glass, a widely recognized and versatile composite reinforcement material. This stockinette features continuous glass filaments that are carefully plied and twisted into durable yarns, ensuring consistent strength and reliability. Ideal for a range of structural applications, it offers excellent resistance to corrosion and high tensile strength, making it suitable for reinforcing composites in demanding environments. Its uniform weave provides ease of handling and optimal compatibility with various resins, enhancing the performance and longevity of your composite projects.

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The Qaadir Carbon Kevlar Stockinette is designed for advanced reinforcement of prosthetic sockets, particularly in areas prone to stress such as the ischial seat. Combining the strength of carbon fiber with the durability of Kevlar, this stockinette effectively prevents fractures and delamination in critical zones. Featuring a 12K tow, it allows the creation of large posterior windows without compromising structural integrity. , it offers precise application and customization for expert socket fabrication and repair. This material ensures enhanced longevity and reliability in demanding prosthetic environments. Sold only in convenient 50mm width and 3-meter rolls

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The Qaadir Carbon Cloth is a premium reinforcement material designed for advanced prosthetic and orthotic fabrication. Manufactured from high-strength carbon fibres woven into a flexible fabric, it delivers an exceptional combination of lightweight performance, rigidity, and durability. Its superior mechanical properties make it a preferred material for high-performance laminated sockets and orthoses where strength-to-weight ratio is critical. In prosthetics, Qaadir Carbon Cloth is widely used in the lamination of definitive sockets, pylons, and structural adapters, providing excellent energy return and long-term reliability. In orthotics, it is applied in the fabrication of lightweight yet strong braces, AFOs, KAFOs, and spinal orthoses, ensuring devices remain thin, durable, and comfortable. Key Features: High-strength woven carbon fibre for rigidity and durability. Excellent resin absorption for secure lamination. Lightweight construction reduces overall device weight. Enhances impact resistance and fatigue strength. Conforms to complex anatomical shapes during layup. Applications in Prosthetics & Orthotics: Definitive prosthetic sockets and structural components. Reinforcement for AFOs, KAFOs, and spinal orthoses. Lightweight laminated braces and protective shells. High-performance, load-bearing device zones. Understanding Different Weights of Carbon Cloth Carbon cloth is available in different weights, typically measured in grams per square meter (gsm) or ounces per square yard (oz/yd²). The weight determines the thickness, strength, and stiffness of the fabric, giving technicians flexibility in choosing the right reinforcement level: Lightweight Carbon Cloth (e.g., 200–250 gsm / 6–7 oz):Thin and flexible, ideal for conforming to complex shapes or as a surface layer for smooth finishes. Commonly used in prosthetic sockets where weight reduction is a priority. Medium Weight Carbon Cloth (e.g., 280–300 gsm / 8–9 oz):Provides a balance between flexibility and strength. Suitable for general reinforcement in sockets, orthoses, and braces. Heavyweight Carbon Cloth (e.g., 370–400 gsm / 11–12 oz):Stiffer and stronger, used where maximum durability and load resistance are needed, such as high-stress prosthetic components or large orthotic devices. By selecting the appropriate weight of Qaadir Carbon Cloth, prosthetists and orthotists can tailor devices to achieve the optimal balance of strength, flexibility, and patient comfort.

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The Qaadir Carbon Fibre Multidirectional Tape is engineered for advanced strength, flexibility, and lightweight performance in prosthetic fabrication. Designed with carbon fibres aligned in multiple directions, this tape delivers superior reinforcement compared to unidirectional materials, ensuring durability without compromising weight. In prosthetics, the tape is used to laminate sockets, braces, and structural components, providing exceptional load distribution and resistance to cracking or delamination under repeated stress. Its multidirectional weave enhances stability across all planes, making it particularly suited for high-performance lower-limb prostheses where impact absorption, energy return, and long-term reliability are essential. Key Features: High-strength carbon fibre with multidirectional alignment for balanced reinforcement. Lightweight construction that reduces overall device weight without sacrificing durability. Excellent bonding with resins during lamination for secure integration. Ideal for prosthetic sockets, pylons, adapters, and reinforcement zones. By incorporating Qaadir Carbon Fibre Multidirectional Tape into fabrication, clinicians and technicians can deliver prosthetic devices that are not only stronger and lighter but also more responsive, enhancing patient comfort and mobility. With a standard width of 50mm, this tape can be carefully opened or spread to a full 100mm, allowing for precise coverage and adaptability. Its unique multidirectional weave conforms seamlessly to complex and irregular shapes without causing fiber wrinkling or creasing, ensuring structural integrity and optimal performance. Available in convenient 3m, 9m, and 15m rolls.

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Qaadir Carbon Fibre Stockinette offers exceptional strength and reduced weight, making it ideal for advanced composite lay-ups. Crafted from 12K tow carbon fibers woven at a precise 45-degree angle, this stockinette provides one of the strongest and stiffest reinforcements available. Its rigid structure enhances durability and performance in demanding applications, ensuring superior load distribution and resistance to deformation. Perfect for professionals seeking high-quality reinforcement materials, this carbon fibre stockinette delivers reliable, lightweight support for a wide range of engineering and manufacturing projects.  

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Qaadir Stretch Nylon Stockinette is designed to deliver exceptionally smooth final laminations, eliminating ribs or runs thanks to its high-quality stretch nylon fabric. Made from 100% white nylon, it pairs seamlessly with Nyglass for superior molding, adapting easily to irregularly shaped limbs. This stockinette is available in multiple sizes—9cm, 12cm, 15cm, and 20cm—to accommodate various needs. Additionally, the skin tone option provides an excellent covering for modular prostheses, making it particularly suitable for patients with darker skin tones. Its versatility and reliable performance make it an expert choice for prosthetic final laminations. Available in 500g Rolls

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The Qaadir Perlon Stockinette is a high-quality tubular reinforcement material widely used in prosthetic and orthotic fabrication. Made from fine, stretchable nylon fibres, Perlon provides excellent conformability and resin absorption, making it a trusted choice for lamination processes. In prosthetics, Qaadir Perlon Stockinette is typically applied as an inner or outer layer during socket lamination, ensuring a smooth finish, consistent wall thickness, and enhanced bonding of composite materials. In orthotics, it is used to reinforce laminated braces, spinal orthoses, and other custom devices, adding flexibility and structural reliability without unnecessary weight. Key Features: Fine nylon fibre construction with excellent stretch and handling. Superior resin absorption for strong, uniform laminations. Conforms easily to complex anatomical shapes. Provides smooth surface finishes for patient comfort. Suitable for both prosthetic sockets and orthotic laminations. Applications in Prosthetics & Orthotics: Lamination of transtibial and transfemoral sockets. Reinforcement layers for orthotic braces and spinal jackets. Inner layers to create smooth surfaces against the skin. General reinforcement in composite fabrication. By using Qaadir Perlon Stockinette, clinicians and technicians can achieve lightweight, durable, and comfortable devices that combine structural integrity with patient-focused design. Available in multiple widths—60mm, 80mm, 100mm, 120mm, 150mm

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