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Workers in high-performance protective gear for industrial textile manufacturing

INNOVATION MEETS PROTECTION - ENGINEERED FABRICS FOR EXTREME CONDITIONS

Tufftek protectors range is designed for high stress environment and for critical applications. The rigour and ability to customise for niche applications is what makes Tufftek different.

SECTORS AND AREAS

INDUSTRY APPLICATIONS
Foundries Heat-resistant aluminized suits, molten metal splash aprons, high-temp gloves for workers in iron, copper, aluminum, zinc, glass, and cement operations.
Chemicals Chemical splash suits, anti-static overalls, barrier-coated gloves and hoods used in pharmaceuticals, food processing, toxic waste handling, and paint manufacturing.
Rescue Flame-retardant turnout gear, thermal barrier suits, moisture-wicking base layers for police tactical teams, urban firefighters, and forest firefighting crews.
Oil & Gas FR (flame-resistant) outerwear, arc-rated coveralls, insulated PPE for offshore and onshore drilling crews, gas processing, and petrochemical facility staff.
Welding Welding jackets, spark-resistant aprons, leather-reinforced gloves and leg guards for welders, shipbuilders, and overhead line (catenary) workers.

FABRICS FOR ADVANCED MULTI LAYERED PROTECTIVE SYSTEM

Fire resistant fabric layers for chemical and thermal protection

OUR TUFFTEK SYSTEMS

Flame retardant fabric for heat protection in industrial applications.
Fire resistant fabric for high temperature applications in industrial settings
Aluminized fabric for high temperature insulation and thermal barrier applications
Fire resistant welding blanket fabric for high temperature industrial applications
Moisture barrier fabric for industrial liquid protection applications
Fire resistant fabric for flame protection in industrial safety applications
Silicone coated fabric for heat and chemical resistance in industrial applications
Gas tight suit fabrics for vapor penetration prevention in industrial safety applications.

SAFETY APPLICATIONS IN FOUNDRIES

Welding Icon
  • Protection from molten metal splash (iron, aluminum, copper).
  • Contact heat from hot surfaces or tools.
  • High radiant heat exposure.
  • Occasional flame or spark contact.
  • Durability in dirty, high-abrasion environments.
Fire resistant fabric used in steel plant foundry for high-temperature worker protection
Common Based Fabric Used
Base Fabric Properties
Aramid (Nomex®, Kevlar®) Inherent FR excellent heat and flame resistance, strong against abrasion
FR Cotton / Cotton Blends Affordable, breathable, treated for FR with good comfort
Wool / FR Wool Blends Naturally flame-resistant, good thermal barrier
Basofil / Melamine fibers High char, forming, low conductivity, used in blend with aramid
Fiberglass (coated) For extreme radiant heat applications (not comfortable for wear)
Coating, Laminated Or Composites Applied
Base Fabric Properties
Aluminized (Aluminum Foil) Reflects radiant heat, molten metal splash resistance
Silicone Coating Improves durability, surface resistance, sheds molten metal
PU or FR Laminates Enhance abrasion resistance, barrier to metal splash
Multi-Layer Composites Combine outer, middle (insulating), and moisture barrier layers

CHEMICAL SAFETY

Welding Icon
Safety Applications
  • Protection from corrosive liquids.
  • Flammable chemicals.
  • Organic/solvent-based chemicals.
  • Chemical burns to the skin.
  • Toxic substances and hazardous particles.
  • Organic/solvent-based chemicals.
  • Chemical burns to skin.
  • Toxic substances and hazardous particles.
Chemical safety operations in protective textile gear in industrial setting
Common Based Fabric Used
Base Fabric Properties
Aramid (e.g. Nomex®, Kevlar®) Inherent FR excellent heat and flame resistance, strong for durability
FR Cotton / Cotton Blends Treated for comfortable, affordable, lightweight, durable, particulate barrier
Chemical resistant jackets and coveralls for industrial protection
Coating, Laminated Or Composites Applied
Coating / Laminate Functionality
PE/FR Laminates Enhances chemical resistance
PVC Coating Enhances liquid protection
Multi-Layer Composites Combine outer shell, gas barrier
Polymer Coating Liquid and chemical resistance
Polyethylene Films Barrier to moisture, oil and chemical
Barrier Chemical Laminates Multilayered barrier laminates
Microporous Film Breathable aerosol liquid resistance

RESCUE APPLICATIONS

Welding Icon
  • Heat and flame exposure from fires.
  • Thermal exposure from hot gases or smoke.
  • Physical hazards (cut, abrasion).
  • Flash fire or brief flame exposure.
  • Lightweight durability for fast-paced situations.
Fire resistant fabric used in protective gear for emergency rescue operations
Common Based Fabric Used
Base Fabric Properties
Aramid
(e.g. Nomex®, Kevlar®)		 Inherent FR, excellent heat and flame resistance, strong for durability
FR Cotton / Cotton Blends Treated for comfort, lightweight, durable, particulate barrier
Nylon Blends High durability against abrasion
Modacrylic Blend Inherent FR, often used with cotton or other fibres
Technical textile protective clothing for industrial worker safety
Coating, Laminated Or Composites Applied
Coating / Laminate Functionality
PU or FR laminates Enhances durability, oil & gas resistance, water barrier
Silicone Coating Improves durability, surface resistance
Aluminized Coating Reflects radiant heat & protects against molten metal
Moisture Barriers Acts as a vapor barrier, builds a composite system

OIL & GAS SAFETY

Welding Icon
Safety Applications
  • Protection from flames & flash fire
    (some refineries, oil drillings).
  • Refueling tasks (liquid dangers,
    incendiary burns).
Fire resistant fabric glove handling metal in high heat environment
Common Based Fabric Used
Base Fabric Properties
Aramid (e.g. Nomex®, Kevlar®) Inherent FR, excellent heat and flame resistance, strong against abrasion
FR Cotton / Cotton Blends Treated for FR, good comfort
FR Modacrylic / Modacrylic Blends Inherently FR compliant
Leather Inherently strong & flame-resistant
Fire resistant clothing types for industrial safety applications
Coating, Laminated Or Composites Applied
Coating / Laminate Functionality
Multi-Layer FR Laminates Extra thermal insulation (classify A)
Leather Reinforcement Abrasion and puncture protection for high-wear areas (e.g., gloves)
Aluminized Coating Reflects sparks; optional for higher heat

WELDING SAFETY

Welding Icon
  • Splatter and sparks from welding arc.
  • Contact heat from workpieces or tools.
  • Incidental flame and radiant heat exposure.
  • Durability in dirty, abrasive environment.
Fire resistant fabric for welding safety in industrial applications
Common Based Fabric Used
Base Fabric Properties
Aramid (e.g. Nomex®, Kevlar®) Inherent FR, excellent heat and flame resistance, strong for durability
FR Cotton / Cotton Blends Treated for FR, good comfort
FR Modacrylic, Modacrylic Blends Inherently FR Compliant
Leather Inherently strong & flame-resistant
Image of Welding Safety Suit
Coating, Laminated Or Composites Applied
Coating / Laminate Functionality
Multi-Layer FR Laminates Extra thermal insulation (classify A)
Leather Reinforcement Abrasion and puncture protection for high-wear areas (e.g., gloves)
Aluminized Coating Reflects sparks. Optional for higher heat

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