Original
By certification 
Product Description
● It has excellent heat resistance, flame retardancy, and high-temperature dimensional stability.
● At different temperatures, the strong retention rate at different times, including the strength retention rate can reach 60% when stored at a dry-heat temperature of 250°C for 1000 hours.
Test Item |
Standards |
|
Weight (g/m²) |
550 (±5%) |
|
Thickness (mm) |
2.0±5% |
|
Breaking Strength (N/5cm) |
Wrap |
≥900 |
Weft |
≥1200 |
|
Breaking Elongation (%) |
Wrap |
＜30 |
Weft |
＜50 |
|
Air permeability (m3/m2min@200P) |
2~6 |
|
Acid Resistance (%/90℃, 50%H2SO4, 24hrs) |
Wrap |
Good |
Weft |
Good |
|
Alkali Resistance (%/25℃, 15%NaOH, 24hrs) |
Wrap |
Good |
Weft |
Good |
|
Abrasion Resistance |
Good |
|
Working Temperature (℃) |
204 |
|
Instant Heat Resistant Temperature (℃) |
220 |
|
Fiber’s Material |
Aramid |
|
Basic Cloth’s Material |
Aramid |
|
Post Processing |
√ Heat set √Calendar √ Singe √ Teflon Coating √ Water and oil repellant |
|
√ PTFE membrane coating √ PTFE dipping | ||
Processing Technology |
Pipeline Process |
|
Life Time |
3 years |
|
Exit Dust Content in Life Time (mg/Nm³) |
﹤10 |
|
Introduction
Nomex filter bags are specially used in cement kiln flue gas filtration, it provides the best overall economical filtration system because of higher air to cloth ratio, higher temperature resistance, and long service life.
We manufactures and Supplies the widest selection of filter bags for practically any application and for any OEM style bag house.
Available Filter media like Polyester, Polypropylene, Homopolymer, Co-Polymer, PPS (Ryton), Nomex, Fiber Glass, PTFE, P-84 with finishes for enhance the performance of bag like Water repellent, Water and Oil repellent, Antistatic, Flame retardant, PTFE Coated, PTFE Membrane Laminated.
Applications
Nomex filter bags are used for high-temperature dust filtration and are widely used in asphalt mixing plants, cement kiln dust filtration in cement plants, and steel furnace flue gas filtration.
http://www.cndustfilterbag.com/
