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A heavy-duty, double-side TPU Coated 210D Nylon Fabric engineered for maximum durability and performance in critical medical applications, specifically surgical tourniquet cuffs. This robust material features a high-strength 210-denier nylon substrate completely encapsulated with medical-grade Thermoplastic Polyurethane on both sides, providing unparalleled puncture resistance, airtight integrity, and protection in demanding pneumatic compression systems.

Product Description

Double-Side TPU Coated 210D Nylon Fabric for Surgical Tourniquets

Our Double-Side TPU Coated 210D Nylon Fabric represents the pinnacle of durability for inflatable medical device materials. The core is a robust 210D nylon fabric, selected for its exceptional tensile strength, tear resistance, and dimensional stability. This substrate undergoes a specialized process where both sides are uniformly coated with a high-performance, medical-grade Thermoplastic Polyurethane (TPU) layer, creating a completely sealed composite structure. This full encapsulation transforms the fabric into an impermeable, monolithic laminate that is inherently resistant to fluid ingress, delamination, and external abrasion. The double-side coating also enables advanced welding techniques from either side. Designed to withstand the most rigorous conditions, this fabric is the ultimate choice for constructing the inflatable bladders in high-cycle, reusable surgical tourniquet cuffs, veterinary tourniquets, and other medical devices where absolute reliability, extreme durability, and easy decontamination are paramount.

Key Features & Benefits

  • Maximum Durability & Puncture Resistance:​ The combination of heavy-duty 210D nylon and double-side TPU encapsulation provides the highest level of protection against punctures, tears, abrasion, and wear, ideal for high-use and reusable applications.
  • Complete Fluid Barrier & Impermeability:​ The double-side TPU coating creates a fully sealed, monolithic barrier that is impervious to liquids, bodily fluids, and cleaning agents, preventing internal contamination and facilitating sterilization.
  • Exceptional Airtightness & Pressure Retention:​ Offers superior, reliable sealing for maintaining consistent and precise high pressures essential for effective surgical occlusion, with minimal risk of seam failure or pinhole leaks.
  • Enhanced Burst Strength:​ Withstands extremely high internal pressures, making it suitable for applications requiring a wide safety margin and reliable performance under stress.
  • Excellent Dimensional Stability & Low Stretch:​ Provides minimal elongation under pressure, ensuring the cuff or bladder maintains its intended shape and volume for accurate pressure delivery.
  • Superior Chemical & Abrasion Resistance:​ Highly resistant to harsh chemicals, disinfectants (e.g., bleach, alcohols), and physical abrasion, ensuring longevity and ease of cleaning in clinical environments.
  • Versatile Welding Options:​ The TPU coating on both sides allows for high-strength, hermetic welding from either surface, offering design and manufacturing flexibility for complex bladder geometries.

Recommended Applications

  • Heavy-Duty Reusable Surgical Tourniquet Cuffs:​ The primary material for cuffs designed for high-frequency use, repeated sterilization, and maximum longevity in hospital and ambulatory surgery centers.
  • Veterinary Surgical Tourniquets:​ For durable cuffs that can withstand the rigors of animal surgery and repeated cleaning.
  • Industrial & Military Tourniquets:​ Where extreme durability, environmental resistance, and reliability under austere conditions are non-negotiable.
  • High-Pressure IPC (Intermittent Pneumatic Compression) Sleeves:​ For therapeutic compression devices requiring the highest durability and pressure ratings.
  • Reusable Inflatable Splints & Orthopedic Braces:​ For emergency, rescue, and rehabilitation applications demanding robust, cleanable, and long-lasting air bladders.
  • Protective Covers for Sensitive Medical Equipment:​ As a rugged, fluid-proof barrier for devices in harsh or fluid-prone environments.
  • Other Critical Pneumatic Medical Components:​ In applications such as surgical positioning devices, specialized compression garments, or diagnostic equipment where absolute integrity and durability are required.