Place of Origin: | Zhejiang |
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Location: | Hangzhou, Zhejiang, China (Mainland) |
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Business Type: | Manufacturer |
Model No.: | Nomex500 |
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NOMEX / Aramid Dust Collector Filter Bags High Temperature Filter Bags 550 gsm
Brief introduction:
1. Filter Media : Nomex / Aramid Filter Media
2. Size: As customers' requirements;
3. Working temperature: 190 degree C - 210 degree C;
4. Finish; Heat styling;
5. Application: non-ferrous metal process, smelting process, carbon black, cement production process, lime, gypsum , asphalt mixing .
and fertilizer production process, coal dry process, and in the wet dedusting field.
Nomex Filter Bags good points :
- High mechanical characteristics;
- Excellent resistance to hydrolysis;
- Optimal heat stability both in dry and wet conditions;
- Optimal resistance to chemical agents;
- Extraordinary resistance to light, weathering, mildew and bacteria.
Detailed Product Description
Fiber: |
Nomex |
Diameter: |
120-180mm |
Length: |
2000-7000mm |
Weight: |
500 Gsm |
Thickness: |
2.2mm |
Continuous Operating Temperature: |
200 |
Instant Service Temperature: |
240 |
Replacement Period: |
>18 Months |
Type: |
Dust Collector Filter Bags |
|
|
Brief introduction of nomex dust collector filter bag:
1. Material: Nomex bag filter
2. Size: As customers' requirements
3. Working temperature: 190 degree C - 204 degree C
4. Finish; PTFE dipping
5. Application; Cement industry, asphalt mixing, steel mill blast furnace
Nomex dust collector filter bags is the special filter media can be applied in Asphalt mixing plant ,it is the
most cost effective filter bags for high temperture smoke. Nomex filter bag offerring one of the best total
economies in a filtration system because of higher air to cloth ratios, higher temperature resistant function,
and long wearing life .
Technical specification of nomex dust collector filter bags:
Article Name |
Nomex needled felt |
|
Ingredients |
Fiber |
100% Nomex |
Scrim |
100% Nomex |
|
Weight |
g/m2 |
500 |
Thickness |
mm |
2.2 |
Density |
g/m³ |
0.24 |
Permeability |
L/dm2.min |
150 |
Tensile breaking
|