Mechanical Grade PTFE Textile

Designed for high-stress industrial environments, the mechanical grade PTFE Coated Fiberglass Fabric offers unmatched abrasion resistance, enhanced tensile strength, and thermal stability up to 260°C (500°F). 

Manufactured with precision coating techniques, Mechanical Grade PTFE Fabric ensures superior durability in conveyor belts, high-temperature seals, and heavy-duty machinery components. Backed by FDA and SGS certifications, it meets the rigorous demands of industries such as automotive, chemical processing, and heavy equipment manufacturing.

The mechanical grade PTFE Coated Fiberglass Fabric is tailored for industries requiring robust, high-performance materials capable of withstanding continuous wear, extreme temperatures, and exposure to aggressive chemicals. Unlike standard PTFE fabrics, the mechanical grade material is specifically engineered with enhanced abrasion resistance and mechanical strength, ensuring optimal performance in the harshest industrial conditions.

Proven Industry Benefits:

  • Reduces maintenance costs by extending material lifespan.
  • Enhances operational efficiency through improved wear resistance.
  • Customizable to meet specific requirements, including thickness, size, and surface finish.

With FDA compliance for food-grade applications and SGS certification for global industrial standards, LinkCoo’s mechanical-grade fabric ensures consistent safety, reliability, and performance.

The mechanical-grade PTFE Coated Fiberglass Fabric is purpose-built for demanding industrial applications, delivering superior abrasion resistance, thermal stability, and chemical inertness. With advanced coating technology and FDA/SGS certifications, it is trusted by global leaders in heavy equipment, chemical processing, and automotive manufacturing. Whether for conveyor belts, high-temperature gaskets, or protective linings, LinkCoo’s mechanical-grade fabric ensures long-term performance, operational efficiency, and cost savings.

Contact LinkCoo today to discover how our mechanical-grade PTFE Coated Fiberglass Fabric can meet your industry’s needs.

  • Exceptional Abrasion Resistance: Lasts 40% longer in high-friction applications compared to standard-grade fabrics.
  • Thermal Performance: Reliable under extreme heat and cold, with a working range of -73°C to 260°C.
  • Chemical Resistance: Fully resistant to aggressive substances, ensuring stability in harsh environments.
  • Reinforced Structure: High-tensile fiberglass fabric provides unmatched durability and dimensional stability.
  • Precision Coating: Advanced PTFE coating technology ensures uniform thickness for consistent performance.
  • Certified Quality: FDA and SGS certifications guarantee compliance with global safety and quality standards.
PTFE Coated Fiberglass FabricUnitValue in different thickness
0.08mm(0.003")0.13mm(0.005")0.15mm(0.006")0.25mm(0.01")0.36mm(0.014")0.45mm(0.018")0.6mm(0.024")0.9mm(0.035")
Oil Resistance-Good
Petrol Resistance-Good
Acid Resistance-Good
Alkali Resistance-Good
Tensile strength
(N/5cm)
Warp5151470108421312779324544216513
Weft4881172115518152112292341883311
Weight of Fabric
(before coating)
G/squ.mtr47104104201254420578799
Weight of Fabric
(after coating)
G/squ.mtr14525029550065086011501700
Color -brown
or black
brown
or black
brown
or black
brown
or black
brown
or black
Brown,
black or
white
off-white
hell
off-white
hell
Weave-plainplainplainplainplainplainplainplain
Service Temperature℃/℉-73°C up to +288°C (-99°F up to 550°F)
Thickness tolerancemm±0.003±0.005±0.005±0.01±0.015±0.02±0.03±0.045
 HKJTB9013HKJTB9015HKJTB9016HKJTB9018HKJTB9110HKJTB9140
Nominal Thickness (in.)0.0030.0050.0060.0080.010.014
Nominal Weight (lb./yd2)0.20.370.480.660.81.1
Tensile Warp(lbs/in. of width)56100100200200320
Edge Tear Warp (grams)380800800140014003700
Edge Tear Fill (grams)250700700110011003200
Tensile Fill (lbs/sq.in)32112112160160232

1. Industrial Conveyor Belts

  • Industry: Automotive, food processing, and material handling.
  • Benefit: The abrasion-resistant surface minimizes wear, ensuring smooth and reliable material transfer over extended periods.

2. High-Temperature Gaskets and Seals

  • Industry: Chemical processing, HVAC systems, and industrial ovens.
  • Benefit: Resistant to high heat and corrosive chemicals, ensuring long-lasting sealing performance.

3. Heavy-Duty Machinery Linings

  • Industry: Heavy equipment manufacturing and construction machinery.
  • Benefit: Protects machine components from wear and corrosion, extending operational lifespan.

4. Lamination and Composite Manufacturing

  • Industry: Electronics, aerospace, and packaging.
  • Benefit: Provides a smooth, non-stick surface for laminating high-temperature materials, ensuring consistent results.

5. Rollers for High-Friction Applications

  • Industry: Textile, paper, and industrial production lines.
  • Benefit: Prevents residue buildup and reduces production interruptions, improving efficiency.

Client: Caterpillar (Heavy Equipment Manufacturing)

  • Challenge: Conveyor belts frequently degraded under heavy loads and abrasive materials, leading to downtime and high maintenance costs.
  • Solution: Caterpillar adopted LinkCoo’s mechanical grade PTFE Coated Fiberglass Fabric with a thick coating (0.35mm) for their assembly lines.
  • Result: Belt lifespan increased by 250%, saving $200,000 annually in replacement and maintenance costs.

Client: BASF (Chemical Processing)

  • Challenge: Reactor gaskets suffered frequent failure due to exposure to aggressive chemicals and extreme temperatures.
  • Solution: BASF implemented LinkCoo’s chemically inert PTFE Coated Fiberglass Fabric, significantly enhancing gasket durability.
  • Result: Gasket performance improved by 300%, reducing material costs by $100,000 annually.

Client: Tesla (Automotive Manufacturing)

  • Challenge: Conveyor systems required materials capable of withstanding high friction and maintaining precise material flow.
  • Solution: Tesla utilized LinkCoo’s abrasion-resistant mechanical grade PTFE fabric for their production lines.
  • Result: Reduced wear-related downtime by 40%, increasing productivity by 20%.
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