Pure PTFE Spunlace High-Temperature Filtration Media
Pure PTFE fibers physically bonded by high-pressure water entanglement — engineered for continuous 240°C operation, 280°C peak exposure, ultra-low emissions, low pressure drop, and dependable filtration in hot, humid, oily, and highly corrosive flue gas.
Technical Parameters
Full Model Range
Typical standard configurations shown below. Engineered to be fully compatible with system designs using ASCO™ and Goyen™ pulse jet valves.
| Model | Material | Weight (g/m²) | Diameter × Length (mm) | Max Continuous Temp |
|---|---|---|---|---|
| XC-PTFE-130x2450 | 100% PTFE Spunlace Felt | 550–750 | Ø130 × 2450 | 240 °C (peak 280 °C) |
| XC-PTFE-130x3050 | 100% PTFE Spunlace Felt | 550–750 | Ø130 × 3050 | 240 °C (peak 280 °C) |
| XC-PTFE-152x3000 | 100% PTFE Spunlace Felt | 550–750 | Ø152 × 3000 | 240 °C (peak 280 °C) |
| XC-PTFE-160x4000 | 100% PTFE Spunlace Felt | 550–750 | Ø160 × 4000 | 240 °C (peak 280 °C) |
| XC-PTFE-160x6000 | 100% PTFE Spunlace Felt | 550–750 | Ø160 × 6000 | 240 °C (peak 280 °C) |
Any size, any spec — 100% customized to your system.Request custom sizes → | ||||
Product Standards
Knowledge Base
High-pressure water jets physically entangle the PTFE fibers without adhesives, creating a pure, stable three-dimensional structure with strong airflow and mechanical performance.
PTFE is chemically inert and resists corrosion from nearly all known chemical media, making it suitable for highly aggressive industrial gas streams.
Its hydrophobic and oleophobic surface resists moisture and oil penetration, helping prevent hydrolysis and bag blinding while maintaining airflow.
Pure PTFE fibers physically bonded by high-pressure water entanglement — engineered for continuous 240°C operation, 280°C peak exposure, ultra-low emissions, low pressure drop, and dependable filtration in hot, humid...
Typical applications include waste incineration, steel production, chemical processing, and non-ferrous smelting where high heat, moisture, and chemical corrosion occur together.
Built for the harshest hot and corrosive filtration duty.
