DERFLEX supplies TPU material fabric for manufacturers that need a flexible textile to do more than repel water. By matching the textile substrate, TPU chemistry, coating or lamination structure, and joining method to the application, the material can be developed for waterproof bags, airtight inflatables, medical air systems, marine equipment, flexible tanks and industrial products.
It is a reinforced flexible material that combines thermoplastic polyurethane with a textile substrate such as nylon or polyester. The textile carries tensile and tear loads; the TPU layer provides the sealing surface, flexibility, abrasion protection and heat-weldable behavior.
“TPU material fabric” is not one fixed specification. Two rolls with the same GSM can behave differently if the base denier, TPU chemistry, coating side, film thickness, bonding process or surface finish changes. Successful sourcing starts with the finished-product requirement—not with price per meter alone.
For OEM development, DERFLEX treats the fabric as a material system. The substrate, polymer and joining surface must work together through cutting, welding, inflation, folding, cleaning and long-term use.
Nylon often suits products that prioritize soft folding and tear performance; polyester is frequently chosen for dimensional stability, repeatable roll handling and industrial constructions.
Polyether TPU is commonly considered for hydrolysis, humidity and water-contact exposure. Polyester TPU is often considered where abrasion, oil resistance and mechanical robustness have higher priority.
Air and liquid retention depend on the whole assembly, including seam geometry. TPU grades can be developed for heat-based joining, but the actual process window should be validated on the buyer's equipment.
Different industries stress TPU textiles in different ways. A dry bag is mainly a folding-and-sealing problem; an inflatable chamber adds pressure retention; a flexible tank adds liquid compatibility and hydrolysis concerns.
Light to medium denier nylon or polyester with a controlled TPU layer helps designers manage weight while retaining waterproof welding capability.
Double-side TPU constructions and higher-strength base fabrics are common starting points where repeated inflation, puncture risk and welded seam integrity matter.
Liquid-contact projects need a compatibility review that considers the exact liquid, concentration, temperature, contact time and cleaning method.
Medical-facing products may require controlled surface feel, cleaning resistance, low-temperature flexibility, air retention and market-specific material documentation.
The table below is a practical discussion range rather than a performance guarantee. Final values should be locked only after sample evaluation, testing and confirmation of the finished-product design.
| Selection item | Typical direction | Why it matters |
|---|---|---|
| Base fabric | Nylon / polyester / selected specialty textile | Controls tensile, tear, dimensional stability, hand feel and finished weight. |
| Base denier | Approx. 70D–1680D+ or custom | Higher denier can support heavier-duty assemblies but also changes weight and folding behavior. |
| TPU type | Polyether TPU / polyester TPU / project-specific formulation | Influences hydrolysis, abrasion, oil/contact behavior and service-environment suitability. |
| Construction | Coated / laminated; single-side / double-side | Affects air/liquid barrier behavior, cleanability, textile feel and conversion route. |
| Total weight | Approx. 100–1500 gsm development range | Should be selected together with substrate and TPU layer—not as a stand-alone quality indicator. |
| TPU layer | Approx. 0.03–1.0 mm direction | Changes stiffness, barrier properties, welding window and abrasion reserve. |
| Width | Approx. 1.0–3.2 m depending on grade/process | Wider material can reduce seam count on large products; feasibility depends on construction. |
| Surface | Matte / glossy / smooth / embossed / textured | Supports product aesthetics, anti-blocking, cleaning behavior and handling. |
| Functional direction | Hydrolysis / UV / oil / selected chemicals / anti-microbial / anti-static / FR | Function must be tied to a target standard, formulation and test method when required. |
| Conversion | HF/RF, hot-air, hot-wedge, heat seal, selected ultrasonic | Compatibility should be validated using actual equipment, seam width and production settings. |
Note: suitability for potable water, food, medical, fuel, flame-retardant or regulated applications requires project-specific formulation and documentary/test confirmation. Do not rely on generic material descriptions alone.
This page is designed around B2B sourcing: what the material must do in production, what should be tested, and what information a supplier needs before quoting.
Soft folding, abrasion resistance, welded waterproof seams, appearance consistency and low-temperature handling.
Airtightness, puncture resistance, seam strength, hydrolysis resistance and repeat inflation performance.
Cleanable surfaces, air retention, flexible handling and project-specific compliance or biocompatibility documentation.
Barrier performance, liquid compatibility, mechanical strength, weld quality and controlled repeat specification.
Packability, field durability, low-temperature flexibility and sealed construction for demanding use environments.
Stable width, coating/lamination consistency, roll length, color control, packaging and repeat-order traceability.
No single coating is automatically right for every product. DERFLEX works across coated textile categories, so material selection can be based on the target balance of cost, stiffness, weldability, abrasion, low-temperature use and brand positioning.
| Decision factor | TPU material fabric | PVC coated fabric | PU coated fabric |
|---|---|---|---|
| Typical positioning | Premium flexible, airtight/weldable technical products | Heavy-duty covers, tarps, tents and large industrial fabric | Lightweight apparel, bags and soft waterproof textiles |
| Flexibility / folding | Strong option when repeated folding and elastic recovery matter | Can be stiffer, especially in heavier constructions | Often soft and lightweight |
| Airtight sealed products | Well suited with compatible double-side structures and qualified welding | Widely weldable and practical for many industrial air/water products | Depends strongly on coating chemistry and sealing method |
| Low-temperature direction | Can be developed for cold-flex applications with appropriate TPU grade | Formulation dependent; plasticizer system matters | Formulation dependent |
| Abrasion / puncture | Often selected when high wear resistance is a priority | Strong in heavy-duty constructions | Varies widely by coating weight and formulation |
| Cost direction | Usually selected where performance or product positioning justifies a higher material cost | Often attractive for large-volume industrial use | Can be economical for light coatings; depends on specification |
A technical textile is only useful when the production batch behaves like the approved sample. The acceptance plan should connect material properties to the customer's conversion process and end-use risk.
Hydrostatic resistance, air leakage, seam peel or welded seam checks according to the product requirement.
Tensile, tear, abrasion, puncture, repeated flexing or pressure-cycle testing as applicable.
Width, total weight, TPU layer, color, surface appearance, roll length and defect inspection.
Hydrolysis, UV, low temperature, cleaning chemical, oil or target-liquid compatibility where needed.
DERFLEX's wider coated-fabric capability allows buyers to discuss substrate selection, polymer chemistry, coating or lamination, welding response and packaging as one development workflow.
Start with service conditions and failure risks instead of simply copying a GSM number from another product.
Discuss base textile, TPU type, coating side, thickness, surface, color, width and functional direction.
Use trial material to check welding window, seam behavior, hand feel, appearance and project-specific tests.
Lock a confirmed structure, roll format, labels and packing plan to support repeat purchasing and conversion control.
These six related pages help narrow the processing route, application and supply format before requesting a sample.
TPU material fabric is a broad purchasing term. It may describe TPU coated fabric, TPU laminated fabric or another textile/TPU composite. The manufacturing route matters because coating and lamination can create different bonding, surface, weight and processing characteristics.
Neither is universally better. Nylon is often considered when soft folding and tear performance are important, while polyester is commonly used for dimensional stability and industrial roll goods. The final choice should be made together with denier, weave, TPU layer and finished-product load.
Polyether TPU is commonly selected for water exposure, humidity and hydrolysis-resistance directions. Polyester TPU is often selected where abrasion, oil resistance and mechanical durability are prioritized. Actual suitability should be confirmed against the exact service environment.
Many TPU-coated or laminated structures can be joined using HF/RF welding, hot-air or hot-wedge methods, and selected heat-sealing or ultrasonic processes. The result depends on TPU grade, coating side, thickness, fabric construction, seam design and machine settings, so production trials are recommended.
The TPU layer can provide a waterproof barrier, and selected constructions can be engineered for airtight products. Airtightness of a finished item also depends on the seam, valve, fittings, pressure level and quality of the conversion process.
DERFLEX can discuss custom substrate, denier, TPU chemistry, coating or lamination structure, total weight, TPU thickness, color, surface finish, width, roll length, welding requirements, packaging and project-specific functional targets. A representative sample should be approved before mass production.
Send DERFLEX your application, substrate preference, target GSM or thickness, roll width, welding method, working environment, quantity and required tests. The discussion can then focus on a practical structure for sampling rather than a generic catalog item.