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STAINLESS STEEL & METALLIC COMPOSITES FOR EXTREME INDUSTRIAL PERFORMANCE

StainlessTech by Supertech Fabrics delivers precision-engineered stainless steel and hybrid metallic woven fabrics designed for use in high-temperature, corrosive, and high-impact environments. From micro-filtration and EMI shielding to fire barriers and insulation wraps, StainlessTech enables structural safety and performance in sectors that demand total reliability.

WHY CHOOSE TEXTROV STAINLESSTECH?

TECHNICAL PERFORMANCE DATAPOINTS

Stainless steel in woven format brings magic of material and perfomance of weaving.

Property Typical Capability
Temperature Resistance Continuous exposure from –30°C up to 1000°C, with grade-specific peaks (SS310 & Inconel offer highest thermal resistance)
Corrosion Resistance High resistance to acids, alkalis, chlorides, and salts (suitable for marine & chemical processing zones)
Tensile Strength Grade-optimized to withstand cyclic thermal and impact forces (meets EN ISO 1421 & ASTM A370)
EMI/RFI Shielding Meets MIL-STD-461 & IEC 61000 for marine, aerospace, and defense electronics
Filtration Accuracy (NEW) Mesh counts from 4–500 mesh; micro-filtration accuracy for liquids, gases, and powders
Chemical Inertness Available with pickled, annealed, or PTFE finishes for added resistance in harsh chemical environments
Abrasion & Fatigue Resistance (NEW) Woven metallics maintain integrity under vibration and mechanical cycling (ideal for EV & aerospace)
Structural Versatility Suitable for filtration, shielding, reinforcement, insulation, and mechanical support layers
Formats & Thickness Range (NEW) Available as 0.3 mm–8 mm laminated composites; supplied as rolls, stitched forms, or modular panels

MARKETS & APPLICATIONS

Steel Ferro Alloy

Filtration & Chemical Processing

• High-temperature filtration screens (sintering, incineration, acid filtration)
• Catalyst supports, reactor screen inserts, and vapor barrier meshes
• Fuel hose liners and micro-filtration sieves for corrosive fluids


Paper and Pulp

Heat Insulation & Thermal Shielding

• Turbine heat shields and insulation blankets (700–1000°C)
• Duct lagging and valve flange covers in chemical plants
• Insulation wraps for boilers, furnaces, and high-heat processing zones


Paper and Pulp

Fire Protection Systems

• Fire curtains and column wraps (PTFE/silicone-coated for 1000°C+)
• Battery room fire protection and chemical storage shields
• Structural fire barriers in oil & gas, EV, and aerospace applications


Paper and Pulp

Marine & Defense Electronics

• EMI shielding mesh for naval, shipboard, and military electronics
• Lightning strike mesh and radiation shielding blankets (MIL-STD compliant)
• Structural reinforcement for shipboard antennas and signal integrity


Paper and Pulp

Automotive & EV Components

• Heat and flame wraps for EV batteries, exhausts, and turbo units
• EMI suppression meshes for electric powertrains and sensor systems
• Fire barriers for EV battery packs (UL 94 and ISO 26262 compliant)


Paper and Pulp

Aerospace Insulation & EMI Control

• Lightning strike mesh for aircraft skins and wings
• Radiation blankets and EMI/RFI shielding for avionics compartments
• Thermal insulation mats for cabin floor and firewall panels


Paper and Pulp

Power Plants & Refineries

• Filtration inserts for catalyst recovery and incinerator ash systems
• Heat-resistant lagging for pipes and flanges in corrosive zones
• Insulation mesh for turbine enclosures and generator housings


PRODUCT LINE

Feature Specifications Key Properties Use-Cases
Weave Types Plain (tight flow), Twill (strength/flexibility), Dutch (dense filtration)
  • Controls filtration accuracy & mechanical strength
  • Balances flow rate vs. particle retention
  • Micro-filtration screens
  • Catalyst beds
  • EMI shielding meshes
Wire Diameter 0.015 mm to 1.0 mm
  • Determines mesh opening size
  • Affects tensile strength & flexibility
  • Fine particle sieving (0.015–0.05 mm)
  • Structural reinforcement (>0.5 mm)
Mesh Range 4 mesh to 500 mesh
  • Higher mesh = finer filtration
  • Lower mesh = structural support
  • Filtration in chemical processing
  • Battery room fire blankets
  • Heat shields
Material Grades SS304, SS316, SS310, SS321, Inconel, Nickel Alloys
  • Corrosion resistance (SS316/316L for chlorides, acids)
  • High-heat alloys (SS310, Inconel)
  • Marine EMI shielding
  • Refineries and offshore rigs
  • Aerospace lightning strike mesh
Temperature Range 30°C to 1000°C (grade-specific peaks for SS310, Inconel) Maintains integrity under extreme thermal cycling
  • Turbine insulation blankets
  • Furnace fire curtains
  • Chemical storage facility fire barriers
Finishes Annealed, Pickled, PTFE/Silicone-coated
  • Enhances chemical resistance
  • PTFE improves non-stick & moisture resistance
  • Incinerator filtration
  • High-humidity zones
  • Battery room corrosion barriers
Formats Rolls, stitched forms, laminated panels Modular options for integration in OEM systems
  • Multi-layer composites for aerospace
  • Shielded fire barriers
  • Removable lagging & wraps

ENGINEERED TO MEET THE HIGHEST STANDARDS

Textrov Stainless fabrics are engineered for critical applications requiring flame protection, electromagnetic shielding, and structural integrity under extreme conditions. Designed to meet international standards such as UL 1709, ASTM E119, and EN 13501 for high-temperature and flame resistance, the series also offers robust EMI/RFI shielding in compliance with MIL-STD-461 and IEC 61000. For process and filtration reliability, materials align with ISO 9001 and ASME Section VIII. In the evolving EV and mobility sector, Textrov Stainless addresses fire and electrical safety via UL 94, ISO 26262, and UN 38.3, while aerospace variants conform to RTCA DO-160 and FAR 25.856 for cabin and thermal insulation safety. Built on verified performance and certified assurance, the Stainless series is trusted for mission-critical environments.

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SUPPORT AND CUSTOM ENGINEERING FOR APPLICATION USE

Supertech Fabrics Textrov StainlessTech division works side by side with OEMs, EPCs, and engineering teams to design metallic fabric systems for environments where failure isn’t an option: Precision Alloy Selection: SS304, SS316, SS310, Inconel, and hybrid blends chosen for your thermal, corrosive, and mechanical demands.



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