XL TPU Coated 210D Nylon-Black

High-strength, biocompatible-certified medical fabric designed for applications where both mechanical durability and direct skin contact are required.

Compared with lighter constructions, this material is more suitable for products that need to withstand pressure, repeated movement, or long-term use without compromising safety or performance.

Descrição do Produto

XL TPU Coated 210D Nylon-Black

As an enhanced offering within the XL Biocompatible Fabrics series, this material combines a heavy-duty 210D high-tenacity nylon base with a medical-grade TPU coating. The structure is built for applications where standard fabrics may not be sufficient, especially in products exposed to pressure, load, or frequent handling.

The material is engineered in line with ISO 10993 requirements, ensuring it is safe for prolonged skin contact. It is non-cytotoxic, non-irritating, and non-sensitizing, which makes it suitable for medical devices that come into direct contact with patients over extended periods.

The 210D construction brings a noticeable increase in strength. Compared to 70D fabrics, it offers better resistance to tearing, puncture, and deformation under stress. This becomes important in products such as inflatable systems or support components, where internal pressure or external force is constantly applied.

The TPU coating forms a stable and non-porous layer, providing reliable airtight performance. It also supports High-Frequency welding, allowing manufacturers to build sealed structures without stitching. This reduces potential leakage points and helps maintain consistent performance over time.

In actual use, the material holds its shape well under repeated stress. Whether it is inflation cycles, bending, or load-bearing use, it does not easily lose stability. This is one of the key differences compared with lighter coated fabrics.

The black finish is not only for appearance. In clinical environments where products are frequently handled and cleaned, darker surfaces tend to perform better in terms of visible wear and maintenance. Even after repeated cleaning with hospital-grade disinfectants, the material keeps a relatively consistent look.

Principais Características e Benefícios

Certified Biocompatibility Tested according to ISO 10993 standards, suitable for direct skin contact without introducing irritation or sensitization risks.
Stronger Base Construction The 210D nylon core provides higher tensile strength and better resistance to tearing and puncture, making it more reliable in demanding applications.
Welding Compatibility Works well with High-Frequency and ultrasonic welding, allowing sealed designs that are more stable than stitched structures.
Performance Under Repeated Use Handles repeated mechanical stress such as pressure changes and movement without significant deformation or fatigue.
Resistance to Cleaning and Wear The TPU surface tolerates frequent cleaning and maintains performance in environments where disinfectants are regularly used.

Technical Specifications

Propriedade	Valor
Tecido da base	210D Nylon
Tipo de Revestimento	Medical-Grade TPU
Peso Total	Personalizável
Largura Padrão	140cm or Custom
Cor	Professional Black

Recommended Applications

Heavy-Duty Medical Bladders Inflatable lateral transfer mattresses, high-pressure tourniquet cuffs, and DVT sleeves that require stable materials under pressure
Structural Medical Wearables Support components used in rehabilitation systems, orthopedic braces, and compression devices where strength is required
Protective Equipment Covers Covers for medical devices that are frequently handled, cleaned, and exposed to demanding environments

Practical Notes for Use and Production

In many medical products, especially inflatable or load-bearing ones, material failure usually comes from weak points such as seams, stretching, or long-term fatigue. A stronger base fabric helps reduce these risks from the beginning.

With this 210D construction, the material gives more room for design in terms of pressure range and structural stability. It is less likely to deform under load, which helps maintain consistent performance in real use.

From a production side, the ability to use welding instead of stitching is also important. It simplifies the structure and improves sealing reliability, especially in products where air or fluid containment is critical.

For manufacturers working on higher-end or heavy-duty medical products, this type of material tends to be a safer choice compared to lighter alternatives.

XL TPU Coated 210D Nylon-Black

Principais Características e Benefícios

Certified Biocompatibility Tested according to ISO 10993 standards, suitable for direct skin contact without introducing irritation or sensitization risks.
Stronger Base Construction The 210D nylon core provides higher tensile strength and better resistance to tearing and puncture, making it more reliable in demanding applications.
Welding Compatibility Works well with High-Frequency and ultrasonic welding, allowing sealed designs that are more stable than stitched structures.
Performance Under Repeated Use Handles repeated mechanical stress such as pressure changes and movement without significant deformation or fatigue.
Resistance to Cleaning and Wear The TPU surface tolerates frequent cleaning and maintains performance in environments where disinfectants are regularly used.

Technical Specifications

Propriedade	Valor
Tecido da base	210D Nylon
Tipo de Revestimento	Medical-Grade TPU
Peso Total	Personalizável
Largura Padrão	140cm or Custom
Cor	Professional Black

Recommended Applications

Heavy-Duty Medical Bladders Inflatable lateral transfer mattresses, high-pressure tourniquet cuffs, and DVT sleeves that require stable materials under pressure
Structural Medical Wearables Support components used in rehabilitation systems, orthopedic braces, and compression devices where strength is required
Protective Equipment Covers Covers for medical devices that are frequently handled, cleaned, and exposed to demanding environments

Practical Notes for Use and Production

For manufacturers working on higher-end or heavy-duty medical products, this type of material tends to be a safer choice compared to lighter alternatives.

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