Industrial Fiberglass Filtration Media
High-permeability fiberglass filter bags engineered to reduce system resistance, release dust cake cleanly, and increase baghouse airflow in steel, cement, chemical, boiler, ceramic, and building-material applications.
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-FG-130x2450 | Fiberglass Woven, PTFE-Finished | 600–850 | Ø130 × 2450 | 260 °C (peak 280 °C) |
| XC-FG-130x3050 | Fiberglass Woven, PTFE-Finished | 600–850 | Ø130 × 3050 | 260 °C (peak 280 °C) |
| XC-FG-152x3000 | Fiberglass Woven, PTFE-Finished | 600–850 | Ø152 × 3000 | 260 °C (peak 280 °C) |
| XC-FG-160x4000 | Fiberglass Woven, PTFE-Finished | 600–850 | Ø160 × 4000 | 260 °C (peak 280 °C) |
| XC-FG-160x6000 | Fiberglass Woven, PTFE-Finished | 600–850 | Ø160 × 6000 | 260 °C (peak 280 °C) |
Any size, any spec — 100% customized to your system.Request custom sizes → | ||||
Product Standards
Knowledge Base
Its high-permeability media reduces pressure drop by more than 300 Pa versus standard filter bags, helping lower fan energy demand while maintaining strong particle capture.
The source specification states a 20–30% increase in airflow throughput, allowing greater system capacity without changing the existing baghouse infrastructure.
The media releases dust cake efficiently, which can reduce cleaning-cycle frequency and extend filter-bag service life under high dust loading.
Typical applications include steel and metallurgy, chemical processing, cement, ceramics, coal-fired boilers, building materials, and general industrial air purification.
Yes. Reinforced bag tops tolerate cleaning pulses up to 0.6 MPa, while controlled permeability helps the pulse reach the bottom of the bag. Snap-band and flange collar options support an airtight fit.
High-permeability fiberglass filter bags engineered to reduce system resistance, release dust cake cleanly, and increase baghouse airflow in steel, cement, chemical, boiler, ceramic, and building-material applications.
