Precision-formulated and performance-flexible — BKF Acrylic Lamination Resin delivers German-engineered quality for customized prosthetic and orthotic builds. Designed to provide controlled adaptability, this high-grade resin supports applications where a softer finish, flexible response, or tailored durability is key. Key Features: German Engineering: Manufactured to the highest standards for consistent, reliable results. Blendable Formula: Mixes with other BKF acrylic resins to fine-tune flexibility and strength. Flexible Finish: Ideal for components requiring greater softness or adaptability. Efficient Curing: Sets effectively using 1–3% hardener paste or Hardener Powder 50. From socket layups to orthotic shells, BKF Acrylic Lamination Resin offers the versatility prosthetists need. Whether used alone or as part of a blend, it provides the adaptability and control required to meet diverse patient needs — a trusted resin for builds that move with the body.

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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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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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Soft, breathable, and precisely moldable — Plastazote Perforated LD45 delivers lightweight comfort with enhanced airflow for orthopedic applications. Ideal for splints, braces, and orthoses, this closed-cell polyethylene foam balances gentle support with easy shaping, making it a go-to material for patient-specific fabrication. Key Features: Perforated & Breathable: Allows ventilation while maintaining structural integrity. Heat-Moldable: Forms easily at 100–130 °C for custom fitting with Streifylen or Streifycolor compatibility. Durable & Washable: Closed-cell construction resists moisture and wear. Comfort-Oriented: 12 mm thickness with ~15–18 Shore A softness for gentle skin contact. With its soft texture and breathable design, Plastazote Perforated LD45 is tailored for comfort in every clinical application. Whether used in positioning splints or corrective orthoses, it supports the body gently while adapting to individual needs — moldable, hygienic, and built to perform.

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Lightweight, skin-friendly, and easy to mold — Plastazote LD45 offers unmatched adaptability for orthotic and prosthetic applications. Designed to respond to pressure and heat, it shapes naturally under weight-bearing, making it a top choice for splint padding, liners, and custom support surfaces. Key Features: Responsive Molding: Softens under weight and heat for superior total-contact fit. Skin-Safe Material: Closed-cell polyethylene foam; hypoallergenic, non-toxic, and latex-free. Versatile Use: Heat-moldable, grindable, and washable — ideal for orthotic top layers. Standard Sheet Size: 1 m x 1.4 m with 20 Shore A durometer firmness for balanced support. From clinic to workshop, Plastazote Flesh LD45 simplifies fabrication while elevating patient comfort. Its moldability, durability, and skin-safe composition make it a staple in orthotics — delivering soft structure and custom fit for every patient, every time.

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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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Qaadir Quick Setting Plaster is specially formulated for orthotic and prosthetic casting applications, offering the perfect balance of strength, smoothness, and rapid setting time. Designed for clinical and workshop use, this plaster ensures accurate impressions and durable molds essential for fabricating custom orthoses and prosthetic sockets. Its fast-setting formula minimizes patient waiting time while maintaining excellent detail reproduction, making it ideal for negative casting, positive model preparation, and modifications. The fine consistency reduces air bubbles and provides a smooth surface finish, ensuring precision in every stage of device fabrication. Key Features & Benefits: Quick Setting: Speeds up the casting process, enhancing workflow efficiency. High Strength & Durability: Creates stable models for reliable lamination and thermoforming. Smooth Finish: Captures fine anatomical detail for accurate fitting. Specialized for O&P: Tailored to the unique needs of orthotic and prosthetic workshops. Whether for socket design, spinal orthoses, or custom bracing, Qaadir Quick Setting Plaster delivers dependable results, helping clinicians and technicians achieve the highest standards in patient care.

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From fluid form to firm cast, Qaadir Plaster Bandages deliver precision and speed in every wrap. Designed for orthotic and prosthetic modeling, they become creamy-soft when wet and shape easily around contours — setting quickly to help practitioners work efficiently and with confidence. Key Features: Fast Activation: Ready to mold after a short soak; ideal consistency for smooth application. Quick Demolding: Sets firmly within 30 minutes, enabling faster turnaround times. Full Cure in 24 Hours: Achieves complete hardness for long-term use and accurate shaping. User-Friendly Texture: Creamy and pliable when wet, ideal for precise anatomical casting. Qaadir Plaster Bandages are made for the pace of clinical practice — fast, formable, and reliable. Whether creating negative or positive molds, they offer consistent results with minimal wait time, making them an essential for professionals seeking both quality and efficiency.

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The Hook and Loop Fastening System is a versatile and reliable closure solution widely used in prosthetic and orthotic fabrication. Designed for strength, adjustability, and ease of use, it provides secure yet easily releasable fastening for a wide range of devices.In orthotics, hook and loop is commonly applied in AFO and KAFO straps, spinal orthoses, wrist and upper-limb braces, and pediatric devices, allowing clinicians to create adjustable closures that improve patient comfort and compliance. In prosthetics, it is used for suspension belts, auxiliary straps, and prosthetic covers, offering simple, quick, and reliable fastening for daily use.Key Features: Durable fastening strength with repeated opening and closing. Easy adjustability for patient-specific fit and comfort. Lightweight, flexible, and simple to fabricate into devices. Available in various widths, colours, and roll lengths. Compatible with padding and reinforcement materials. Applications in Prosthetics & Orthotics: Straps for AFOs, KAFOs, spinal braces, and upper-limb orthoses. Suspension systems and auxiliary straps for prosthetic devices. Adjustable closures for pediatric orthotic devices. General workshop fastening needs. By incorporating Hook and Loop Fastening Systems, prosthetists and orthotists can design devices that are secure, user-friendly, and adaptable, ensuring patients can manage their devices independently with confidence. velcro hook loop fasteners

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Qaadir Life Cotton Stockinette 10m Multiple Widths The Qaadir Life Cotton Stockinette 10m Multiple Widths is part of the Qaadir Life range, developed to support orthotic and prosthetic clinicians and technicians working in LMICs with dependable, cost-conscious consumables for daily clinical and fabrication use. Supplied in a practical 10 metre length and available in multiple widths, it is designed to support a wide range of casting, limb preparation, padding, and workshop applications across O&P services. In orthotic and prosthetic practice, cotton stockinette is an essential material used during plaster casting, limb preparation, socket preparation, protective covering, and general fabrication workflows. For clinicians, it helps create a clean and professional preparation process during patient assessment and casting. For technicians, it supports efficient workshop handling during moulding, lamination preparation, and bench-side material management. The availability of multiple widths allows clinics and workshops to select the most appropriate size for upper limb, lower limb, paediatric, or more specialised applications. As part of the Qaadir Life range, this product is especially suitable for rehabilitation centres, NGOs, humanitarian programmes, government providers, and private clinics seeking affordable O&P consumables without compromising day-to-day usability. Its cotton construction makes it a practical choice where breathability, handling ease, and familiar casting-room performance are important. The Qaadir Life Cotton Stockinette 10m Multiple Widths helps O&P teams maintain efficient workflows while improving access to essential clinical materials in lower-resource settings. It is a simple but important product for services focused on practical care delivery, sustainable procurement, and routine orthotic and prosthetic provision. Key features Cotton stockinette for orthotic and prosthetic clinicians and technicians Part of the Qaadir Life range developed for LMIC markets Supplied in a 10 metre length Available in multiple widths for different clinical and technical applications Suitable for casting, limb preparation, socket preparation, and fabrication support Practical for clinics, rehabilitation centres, workshops, NGOs, and humanitarian programmes Positioned as a cost-effective option for routine O&P use The Qaadir Life Cotton Stockinette 10m Multiple Widths is a dependable everyday consumable for O&P professionals who need an affordable, versatile stockinette solution for casting, preparation, and fabrication workflows.

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Soft yet supportive, the Qaadir Pedilin Sheet brings structure and comfort together in one perfectly engineered layer. Designed for prosthetic socket fabrication, this thermoformable foam lining offers a seamless blend of protection, hygiene, and adaptability — elevating the socket-building process with material that moves and molds with ease. Key Features: Optimized Dimensions: 1m x 1m sheet with 6 mm thickness for universal application. Comfortable Density: 130 kg/m³ with 35 Shore A hardness — ideal for soft socket padding. Thermoformable: Excellent shaping at 115°C using convection or infrared ovens. Hygienic & Practical: Washable, anti-bacterial, and suitable for direct skin contact. From clinical workshops to patient-ready sockets, the Qaadir Pedilin Sheet delivers reliable form and gentle function. Whether you're padding, lining, or customizing, its responsive structure ensures ease of fabrication and long-term user comfort — a quiet essential in modern prosthetic design.

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Unveil the innovation of the Voxelcare Combi Line of EVA Blocks, designed to deliver targeted performance through a unique split-density construction. Each block is divided into two distinct halves—a medium-density section for stability and support, and a soft-density section for cushioning and comfort. This clever design provides controlled support in the rearfoot and forefoot, ensuring a balanced combination of shock absorption and structural integrity across the insole. Key Benefits: Split-Density Structure – Medium density for rearfoot stability, soft density for forefoot cushioning. Optimized Biomechanics – Supports natural gait by aligning cushioning and control where it’s needed most. Efficient Fabrication – Simplifies the creation of functional insoles with built-in dual performance. Durable EVA Material – High-quality, easy-to-process EVA for reliable workshop results. Versatile Applications – Ideal for custom orthotics requiring both comfort and support in one solution. The Voxelcare Combi EVA Blocks combine innovation and practicality, giving practitioners an effective way to create insoles that balance cushioning and stability—tailored to meet a wide variety of patient needs.

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The Voxelcare Mono Line of EVA Blocks delivers reliability and versatility with a single-density structure. Each block maintains a consistent hardness across the entire device, ensuring predictable performance and ease of customization for practitioners. Available in a full spectrum of hardness options—from soft and cushioning to medium support and rigid stability—the Mono Line is designed to cover a wide range of orthotic prescriptions. Key Benefits: Uniform Hardness – Single-density EVA for consistent performance across the device. Broad Hardness Range – Options from soft to rigid to meet diverse clinical needs. Customizable – Offered in multiple sizes, thicknesses, and colours for tailored fabrication. Reliable Performance – High-quality EVA ensures durability, comfort, and ease of processing in workshops. Versatile Applications – Ideal for custom insoles, orthotic inserts, and general footcare solutions. The Voxelcare Mono EVA Blocks are a trusted choice for practitioners seeking flexibility, simplicity, and consistency in orthotic design—making them suitable for everything from everyday comfort to advanced medical applications.

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Discover the stability and reliability of the Voxelcare Duo Line of EVA Blocks, designed with a dual-layer structure to deliver lasting support and performance. Each block combines a stabilizing top layer with an extra-firm bottom layer, offering the perfect balance between comfort, rigidity, and durability.Engineered for precision in orthotic fabrication, the Duo Line provides a wide range of Shore hardness combinations, allowing practitioners to customize devices for specific clinical and functional requirements.Key Benefits: Dual-Layer Design – Stabilizing top layer enhances comfort and control, while the firm base ensures durability and structural integrity. Versatile Shore Options – Available in multiple hardness pairings to meet diverse orthotic and biomechanical needs. Enhanced Longevity – Durable construction maintains shape and performance under repeated use. Optimized for Orthotic Applications – Ideal for creating insoles, foot orthotics, and other support devices that demand both cushioning and rigidity. Consistent Quality – Manufactured with high-grade EVA material for reliable performance and easy workshop handling. The Voxelcare Duo EVA Blocks provide practitioners with a dependable, customizable solution that combines support, comfort, and product longevity—perfect for meeting the demands of modern orthotic care. voxelcare EVA blocks

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Experience the Voxelcare Trico Line of EVA Blocks, expertly engineered for comfort, durability, and performance. Each block is crafted with a three-layer structure: a supportive top layer, a cushioned middle layer, and a reinforced bottom layer, ensuring the perfect balance of stability and comfort in every step. Designed to address a wide range of needs, the Trico Line is available in three distinct configurations, making it adaptable for medical applications, everyday wear, and athletic performance. Key Benefits: Three-Layer Construction – Top layer for comfort, middle layer for shock absorption, and bottom layer for durability and stability. Tailored Performance – Choose from medical, casual, or athletic variants to match specific patient or user requirements. High-Quality EVA Material – Lightweight, durable, and easy to work with in orthotic and prosthetic workshops. Versatile Applications – Suitable for custom insoles, orthotic devices, and footwear modifications. Enhanced Comfort & Support – Engineered to improve user experience, whether for rehabilitation, daily mobility, or sports performance. The Voxelcare Trico EVA Blocks deliver a reliable, multi-functional solution for practitioners and users alike, ensuring personalized support with every step. Dimensions

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Voxelcare TPU (Thermoplastic Polyurethane) pellets are engineered specifically for professional additive manufacturing in orthotics and prosthetics. Designed for use in pellet-fed 3D printers, these pellets deliver exceptional mechanical performance, durability, and print reliability, making them ideal for producing customized medical devices. Key Features: High Elasticity & Flexibility – Provides excellent resilience, ideal for applications requiring cushioning and impact absorption such as insoles, orthotic supports, and soft prosthetic components. Superior Layer Adhesion – Optimized for consistent extrusion and strong bonding between layers, ensuring smooth surfaces and structural integrity. Durable & Wear-Resistant – Maintains performance under repeated stress, bending, and daily use without cracking or deforming. Biocompatible & Skin-Safe – Suitable for applications in direct or indirect contact with the body, ensuring comfort and long-term usability. Cost-Efficient Production – Pellet-based 3D printing reduces material costs compared to filament, while offering higher throughput for large-scale manufacturing. Voxelcare TPU 3D Printing Pellets combine flexibility, strength, and reliability, giving orthotics and prosthetics professionals the ideal material for patient-specific solutions.

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The Qaadir Nylon/Lycra Casting Tights are specially designed to provide a smooth, wrinkle-free foundation during the prosthetic casting process. Made from a durable blend of nylon and Lycra®, these casting tights offer superior stretch, comfort, and fit. Their form-fitting design helps prevent unwanted folds or creases, ensuring an accurate and clean cast while maintaining patient comfort throughout the procedure. Key Features Durable Fabric Blend: Constructed from high-quality nylon and Lycra® for strength and elasticity. Wrinkle-Free Casting: Provides a smooth fit against the skin to prevent folds during the casting process. Comfortable Wear: Soft, breathable material ensures patient comfort during extended use. Secure Fit: Stretchable fabric conforms to the limb and body for a reliable hold. Professional Use: Ideal for prosthetic clinics and orthotic applications requiring precision and accuracy. Convenient Supply: Sold in packs for practical use and cost efficiency.

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The Qaadir Nylon Casting Sock is a high-quality casting aid designed to enhance the prosthetic fabrication process. Made from durable and stretchable nylon, it provides a snug and wrinkle-free fit, ensuring a smooth surface for accurate lamination. Its lightweight and breathable construction makes it easy to use while maintaining shape during the casting procedure. Ideal for professional prosthetists, it delivers reliability, comfort, and precision. Key Features Durable Material: Constructed from premium stretch nylon for strength and flexibility. Smooth Finish: Helps prevent wrinkles and ensures even lamination results. Comfortable Fit: Provides elasticity to conform securely against the limb. Professional Use: Suitable for prosthetic casting and lamination applications. Reliable Performance: Maintains shape and structure during the casting process.

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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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Loctite 641 Adhesive – Medium Strength Retaining Compound Overview:Loctite 641 is a high-performance retaining adhesive designed for bonding cylindrical fitting parts such as bearings, bushings, and sleeves. It provides medium-strength adhesion, allowing for secure assemblies while permitting disassembly with standard tools when necessary. Key Features: Type: Medium-strength retaining adhesive Colour: Yellow Fixture Time: 20 minutes Gap Fill: 0.15 mm – ideal for tight tolerances and small gaps Operating Temperature: -55°C to 150°C (-65°F to 300°F) Recommended Substrates: Metals, particularly steel Shear Strength (Steel): 12 N/mm² (1700 psi) Viscosity: 600 mPa·s (cP) – suitable for precise application Applications: Retaining bearings, bushes, and sleeves in housings General metal-to-metal bonding where medium-strength adhesion is required Workshop and industrial assemblies requiring reliable yet serviceable bonds Benefits: Reliable medium-strength adhesion Reduces loosening due to vibration Allows disassembly with standard hand tools Resistant to common industrial temperatures

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