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TPU-beschichtetes 70D-Nylon-Gewebe für chirurgische Tourniquets

A durable and reliable TPU Coated 70D Nylon Fabric, engineered as the primary material for high-performance surgical tourniquet cuffs. This technical textile combines the high strength and low-stretch properties of 70-denier nylon with a robust medical-grade Thermoplastic Polyurethane coating, delivering exceptional airtight integrity, puncture resistance, and dimensional stability for critical pneumatic compression applications.

Beschreibung des Produkts

TPU-beschichtetes 70D-Nylon-Gewebe für chirurgische Tourniquets

Our TPU Coated 70D Nylon Fabric is a premium composite material specifically optimized for the demanding environment of surgical tourniquets. The base is a tightly woven 70D nylon substrate, renowned for its outstanding tensile strength, tear resistance, and minimal elongation under pressure. This fabric is precision-coated on one side with a uniform layer of medical-grade Thermoplastic Polyurethane (TPU), creating a flawless, impermeable barrier. The resulting laminate is designed to withstand the high cyclic pressures and rapid inflation/deflation required in surgical and emergency settings. Its high strength-to-weight ratio contributes to a durable yet lightweight cuff, while the low-stretch characteristic ensures precise pressure control and prevents cuff deformation or “ballooning” during use. This fabric is the industry-preferred choice for constructing reliable, safe, and long-lasting inflatable bladders in both single-use and reusable pneumatic tourniquet systems, as well as in other high-pressure medical compression devices.

Hauptmerkmale und Vorteile

  • Superior Airtightness & High-Pressure Integrity:​ The continuous TPU coating provides a perfect seal, ensuring reliable air retention and consistent pressure delivery up to high pressures, which is critical for effective surgical occlusion.
  • High Burst Strength & Puncture Resistance:​ The 70D nylon base combined with the TPU coating offers exceptional resistance to internal pressure and external punctures, maximizing patient safety and device reliability.
  • Low Stretch & Excellent Dimensional Stability:​ Minimizes elongation under high pressure, preventing uncontrolled cuff expansion (“ballooning”) and allowing for precise, consistent pressure application as per set parameters.
  • High Strength-to-Weight Ratio:​ Provides the necessary durability and robustness for a tourniquet cuff while maintaining a lightweight profile, contributing to user comfort and ease of application.
  • Abrasion & Tear Resistant:​ Withstands repeated use, handling, and potential contact with surgical tools or skin prep solutions, ensuring longevity, especially in reusable cuff designs.
  • Excellent Weldability/Sealability:​ The TPU coating enables strong, hermetic, and clean high-frequency (HF) or thermal welds, crucial for creating durable, leak-proof seams in the air bladder.
  • Chemical & Fluid Resistance:​ Resists degradation from common disinfectants, cleaning agents, and bodily fluids, facilitating cleaning and reprocessing for reusable models.

Empfohlene Anwendungen

  • Surgical Tourniquet Cuffs (Pneumatic):​ The primary construction material for the inflatable bladder in both disposable and reusable surgical/emergency tourniquet systems for limbs.
  • Veterinärchirurgische Tourniquets:​ For durable and reliable cuffs used in animal surgery.
  • High-Pressure Compression Therapy Sleeves:​ In devices for advanced intermittent pneumatic compression (IPC) therapy requiring robust, high-pressure-rated chambers.
  • Reusable Orthopedic Compression Braces:​ For adjustable air bladders in braces that undergo repeated cleaning and sterilization cycles.
  • Emergency & Military Tourniquets:​ Where extreme durability, reliability, and resistance to harsh conditions are required.
  • Industrial/Medical Inflatable Splints:​ For robust splints used in emergency medicine, rescue, and field applications.
  • Other Pneumatic Medical Devices:​ Requiring a strong, dimensionally stable, and airtight fabric for pressure applications, such as specialized compression garments or diagnostic cuffs.