Our flame retardant polyester needle felt is a new type of carbon coated filter material. We use a special surface treatment process to extend its performance and service life.

  • Material: polyester staple fiber, carbon powder.
  • Scrim: polyester staple yarn.
  • Width: ≤2.2m.
  • Thickness: 1.7mm.
  • Weight: 400-600g/m2 ±10%.

Description

If you need fire-retardant materials for a filtration or dust collection system, fire-retardant polyester needle felt can provide a reliable and cost-effective solution. It is a specialized non-woven fabric designed to resist ignition and slow down the spread of flames. It is commonly used in applications where fire safety is a critical requirement.

  • Protection from flying sparks.
  • Resistant at high temperatures.
  • Long operational life.
  • Flame retardant.
  • Good acid, alkali and hydrolysis resistance.
  • Excellent wear resistance.
  • High quality and economical.

Customizable Colors

Advantages Over Other Materials

  • More cost-effective than inherently fire-resistant fibers like aramid or modacrylic.
  • Easier to process than fiberglass while still providing good fire protection.
  • Can be recycled (if untreated with hazardous chemicals).

Physical and Chemical Characteristics of Fire-retardant Polyester Needle Felt

Product name Anti-spark polyester needle felt 500g/m² 
Product Code ES-ASPE500C
Physical properties
Fiber polyester staple fiber
Scrim polyester filament yarn
Weight g/m² 500
Thickness mm 1,8
Width mm ≤2,2
Finish treatment Singeing, Calendering, Heat setting, Carbon Coating
Air permeability l / m2 / s  @200pa 200 ~ 350
Tensile strength Warp 1100
Weft 1200
Tensile elongation Warp 20
Weft 30
Temperature
Continuos temperature 130
Instant temperature 260
Chemical Properties
Anti-acid Middle
Anti-alkali Middle
Anti-abrasion Excellent
Hydrolysis stability Middle

Applications

  • Dust Collection Systems: Used in industrial filtration systems, particularly for airborne dust and particulate matter in sectors like cement production, steel plants, and woodworking.
  • Air Filtration: Common in HVAC systems for environments where fire safety is a concern.
  • High-Temperature Environments: Suitable for use in factories or production lines where moderate heat resistance is necessary.
  • Automotive: Seat linings, trunk liners, and insulation.
  • Construction: Thermal and acoustic insulation, wall coverings, and fire barriers.
  • Furniture & Mattresses: Fire-resistant padding and interliners.
  • Industrial: Protective clothing, welding blankets, and machinery covers.
  • Aerospace & Marine: Fire-blocking layers in seats and insulation.