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| Material: | Polyester |
| Medium Material: | Synthetic Fiber |
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FMS filter bag
FMS Our FMS filter bag is an exceptional high-performance filtration material, crafted meticulously by integrating a multitude of high-temperature-resistant fibers through an advanced manufacturing process. It is designed to meet the stringent filtration demands of industrial production, excelling in environments characterized by high temperature, corrosion, abrasion, and other challenging conditions. Below is a comprehensive introduction to the FMS filter bag:
1. **Material Composition**: FMS filter bags are expertly constructed from a blend of alkali-free glass fiber staple yarn, aramid, P84, and other superior high-temperature-resistant fibers. These carefully selected materials endow the filter bag with remarkable physical and chemical properties.
2. **High Temperature Resistance**: FMS filter bags boast an impressive ability to endure temperatures up to 260 degrees Celsius, with transient temperatures soaring to 300 degrees Celsius. This remarkable feature ensures sustained filtration performance and stability even in extreme high-temperature settings.
3. **Corrosion Resistance**: The FMS filter bag, crafted from polytetrafluoroethylene (PTFE) membrane material, offers outstanding corrosion resistance, effectively withstanding the erosive actions of numerous chemicals, including acids, alkalis, salts, and other corrosive agents.
4. **Filtering Efficiency**: With a filtration efficiency exceeding 99.99%, the FMS filter bag is engineered to adeptly filter out minuscule particles and harmful gases. Its unique fiber structure and surface area coefficient ensure that dust is predominantly captured on the surface of the filter media, reducing penetration and preventing media blockages.
5. **Wear and Folding Resistance**: The incorporation of P84 fibers into the glass fiber needle felt results in a denser felt layer, enhancing fiber entanglement. This construction significantly boosts the filter bag's wear and folding resistance capabilities.
6. **Dust-Cleaning Effect**: The surface of the FMS filter bag undergoes a special treatment to achieve superior hydrophobicity and anti-static properties, minimizing dust adhesion and enhancing the dust-cleaning effect.
7. **Applications**: FMS filter bags find extensive use across a wide range of industries such as iron and steel, smelting, chemical, carbon black, construction materials, and electric power, delivering efficient dust filtration solutions tailored for these sectors.
8. **Economy**: In comparison to synthetic chemical fiber high-temperature-resistant filter media, FMS filter bags overcome the typical drawbacks of chemical fiber filter media, such as significant elongation, deformation, poor temperature resistance, and inadequate corrosion resistance, all while offering a more economical price point.
In summary, with its unparalleled high-temperature resistance, corrosion resistance, abrasion resistance, and exceptional filtration efficiency, the FMS filter bag stands as a crucial component in industrial production, rendering it the optimal filtration material for high-temperature and corrosive environments.
| product name: | FMS filter bag | |
| Fiber Type | Coated fiberglass | |
| Weight (g/ Square meter) | 900± 20 | |
| Thickness(mm) | 2.2 - 2.5 | |
| Tensile strength (N/5×20cm) |
vertical | >2000 |
| Weft | >2000 | |
| Air permeability (L/m2/s·200pa) | 40-60 | |
| Recommended operating temperature (ºC) | <200 | |
| Instantaneous operating temperature (ºC) | <260 | |
| Surface treatment process | PTFE | |
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