P84 Polyimide Filter Bags
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Estimated Delivery:Jul 04 - Jul 08
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Free Shipping & Returns: On all orders over $75
P84 High Temperature Dust Filter Media
Made with imported polyimide P84 base material, this filter media is specially designed for high-temperature, high-dust and corrosive flue gas conditions. It offers excellent resistance to heat, oxidation, corrosion, dust adhesion and abrasion, helping maintain stable filtration performance in demanding industrial environments.
Product Core Parameters
Temperature Resistance
The filter media supports long-term continuous use at 240℃ and can withstand instant peak temperatures up to 260℃. It is suitable for harsh high-temperature flue gas conditions and will not shrink, deform or become brittle under high heat.
Material Advantages
The imported polyimide P84 base material provides excellent resistance to high temperature, oxidation, corrosion and dust adhesion. Its unique irregular fiber cross-section improves dust capture efficiency.
Stable Physical Properties
With uniform and stable air permeability, the material delivers low filtration resistance, thorough dust cleaning and reduced risk of bag blockage or paste formation.
Technical Specifications
| Base Material | Imported polyimide P84 |
|---|---|
| Continuous Operating Temperature | 240℃ |
| Instant Peak Temperature Resistance | 260℃ |
| Material Weight | 550g/㎡ |
| Air Permeability | 130–150L/㎡·s |
| Acid & Alkali Resistance Range | Acidic pH 3–6, alkaline pH 8–10 |
| Applicable Conditions | High-temperature, high-dust, corrosive flue gas and complex industrial dust collection conditions |
Product Performance Advantages
Resistant to weak acids and weak alkalis, suitable for most high-temperature corrosive industrial flue gas environments.
Excellent resistance to high-temperature oxidation and nitrogen oxides, suitable for complex flue gas emission scenarios.
The irregular fiber cross-section improves dust capture efficiency and helps maintain stable filtration performance.
Thorough dust cleaning reduces bag blockage and paste formation, helping lower overall system resistance.
Applicable Industry Conditions
Waste Incineration Power Plants
Suitable for high-temperature dust collection and complex flue gas treatment sections.
Metallurgy & Steel Plants
Applicable to blast furnace, sintering machine and high-temperature flue gas dust collection systems.
Cement Plants
Suitable for high-temperature dust control at kiln head and kiln tail sections.
Chemical Industry
Designed for filtration of high-temperature and corrosive flue gas conditions.
Thermal & Biomass Power Plants
Suitable for dust collection systems requiring long-term continuous high-temperature operation.
Asphalt Mixing Plants & Industrial Kilns
Applicable to high-temperature dust emissions and industrial flue gas purification scenarios.
Designed For Harsh High-Temperature Flue Gas Filtration Conditions
Filter media selection can be optimized according to equipment conditions, flue gas temperature, dust concentration and acid-alkali environment, helping improve dust collection efficiency while reducing operation and maintenance costs.
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