Supertech Fabrics
Technology And Expertise

Designing Better Materials With Engineering And Skills

Supertech Fabrics specialises in the manufacture of coated and laminated fabrics for high-performance, engineered applications across industrial sectors.

Our state-of-the-art facility, led by seasoned specialists, utilizes high-grade raw materials—including glass fiber, aramids, technical polymers, and functional additives—and processes them with precision using the latest coating, dipping, and lamination technologies.

    We offer a versatile portfolio of surface-engineered materials, including:

  • PTFE, Silicone, Neoprene, PU, PVC, Vermiculite, and Aerogel coatings
  • Widths available up to 2.5 meters
  • Multi-layered composites produced using advanced calendaring, hot-melt lamination, and thermal bonding systems

Our approach is grounded in functional engineering: we first design materials to meet specific property requirements— whether thermal resistance, chemical stability, flexibility, or flame retardancy—and then manufacture them through optimised process flows tailored for performance.

Every production batch undergoes comprehensive quality testing to ensure consistency, precision, and reliability in realworld applications.

We operate under globally recognized standards including ISO 9001 – Quality Management, ISO 14001 – Environmental Management, ISO 45001 – Occupational Health & Safety, CE Marking – Product Safety and Compliance, REACH – Chemical Safety Regulation.

At Supertech Fabrics, we don’t just produce materials — we engineer textile solutions that are built to perform and trusted to last.

  • Weaving
  • Knife Coating
  • Water / Solvent Coating
  • Foam Coating
  • Dip Coating
  • Padding Coating
  • Film Lamination
  • Membrane Lamination
  • Embossing and flattening
  • Hot / cold Calendaring
  • Singing
  • Slitting
  • Winding
  • Stitching

ISO 9001, 14001, 45001 operations

Expertise

Beyond our high-performance fabric substrates, each product is enhanced with functionally engineered polymer coatings developed in-house using premium chemistries like PTFE, PVC, silicones, acrylates, and polyurethanes.

Our in-house formulation capabilities allow us to create application-specific coatings, independent of the base fabric source. This flexibility, combined with deep material science expertise, enables us to deliver fully integrated coating solutions tailored to realworld performance demands.

Material Know-How
Cement Factory

Material Design Engineering

Purpose-built material solutions engineering through deep material innovation, precisely engineered for each application challenge.

Carbon Black

Precision Weaving

Manufacturing high-integrity woven fabrics with controlled yarn orientation, tight dimensional tolerances, and engineered weave patterns—ensuring mechanical stability, filtration accuracy, and performance consistency in critical operating environments.

Steel Ferro Alloy

Polymeric paste formulation

Advanced polymeric paste systems using high-performance resins, fillers, and additives— engineered for precise rheology, thermal stability, and adhesion in demanding coating and lamination applications.

Paper and Pulp

Advance coating machining

Precision-controlled coating systems—including knife-over-roll, gravure, and hot-melt technologies—to achieve uniform film deposition, controlled thickness, and functional surface finishes for high-performance textile applications.

Power Plant

Lamination and calendaring

Utilising high-pressure lamination and precision calendering techniques to bond multi-layer structures and enhance fabric density, surface smoothness, and mechanical integrity— tailored for demanding thermal and filtration applications.

Paper and Pulp

Conversion into made ups

Offering end-to-end fabrication capabilities to convert technical textiles into finished madeups—cut, stitched, welded, or assembled with precision to meet exact dimensional, functional, and application-specific requirements.

Cement Factory

Material design engineering

Purpose-built material solutions engineering through deep material innovation, precisely engineered for each application challenge. .

Carbon Black

Precision weaving

Manufacturing high-integrity woven fabrics with controlled yarn orientation, tight dimensional tolerances, and engineered weave patterns—ensuring mechanical stability, filtration accuracy, and performance consistency in critical operating environments.

Steel Ferro Alloy

Polymeric paste formulation

Advanced polymeric paste systems using high-performance resins, fillers, and additives— engineered for precise rheology, thermal stability, and adhesion in demanding coating and lamination applications.

Paper and Pulp

Advance coating machining

Precision-controlled coating systems—including knife-over-roll, gravure, and hot-melt technologies—to achieve uniform film deposition, controlled thickness, and functional surface finishes for high-performance textile applications.

Power Plant

Lamination and calendaring

Utilising high-pressure lamination and precision calendering techniques to bond multi-layer structures and enhance fabric density, surface smoothness, and mechanical integrity— tailored for demanding thermal and filtration applications.

Paper and Pulp

Conversion into made ups

Offering end-to-end fabrication capabilities to convert technical textiles into finished madeups—cut, stitched, welded, or assembled with precision to meet exact dimensional, functional, and application-specific requirements.

Research & Progression

Central to Supertech Fabrics' values is a steadfast commitment to innovation and advancement in technical textile. While proud of our advanced products engineered to meet specialized modern applications, our quest to explore and enhance is endless, reaching beyond existing solutions.

Through rigorous R&D, we pioneer material formulations for pioneering applications and craft uniquely valuable products that distinctly elevate above traditional textile offerings. This dedication enables us to realize truly innovative technical textiles that address the dynamic requirements of specialized applications with an emphasis on unparalleled quality and functionality. We are devoted to continuously driving technical innovation to create the solutions of tomorrow.

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