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High Temperature PPS Dust Filter Bag
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High Temperature PPS Dust Filter Bag
High Temperature PPS Dust Filter Bag is used in baghouse systems handling hot and corrosive flue gas. Its PPS needle-punched nonwoven structure supports stable gas-solid separation and dust capture for power plants, metallurgy, chemical processing, and waste incineration.
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| Specification | Details |
| Model | PPS Dust Collection Filter Bag |
| Brand | Aiye |
| Material | PPS |
| Filter Bag Type | Nonwoven Filter Bag |
| Manufacturing Process | Needle Punched |
| Type | High Efficiency |
| Performance | High Temperature Resistant, Corrosion Resistant, Good Oxidation Resistance |
| Filter Media Included | No |
| Suitable Material | Dust |
| Application | Gas-Solid Separation |
| Suitable Equipment / Industries | Baghouse Dust Collectors, Power Plant Flue Gas Dust Collection Equipment |
| Specifications | Custom Sizes Available |
| Customization | Available |
High Temperature PPS Dust Filter Bag serves filtration equipment suppliers, engineering contractors, and industrial plants handling demanding flue-gas conditions.
Power Plants: Supports dust removal from hot flue gas. A PPS Filter Bag helps maintain filtration stability during continuous operation.
Metallurgy: Separates particulate matter from hot process gases in metal-processing systems.
Chemical Processing: Suitable for corrosive dust-laden gas streams where a PPS Dust Collection Bag is required.
Waste Incineration: Supports exhaust dust separation under high-temperature and oxidative conditions.
High-Temperature Resistance: PPS fiber maintains filtration performance under elevated-temperature flue-gas conditions.
Corrosion Resistance: PPS material resists acidic and alkaline components commonly present in industrial exhaust.
Oxidation Resistance: The fiber structure provides stable performance in oxidative gas environments.
Stable Dust Capture: Needle-punched fibers form a three-dimensional filtration layer for effective particle retention.
Air Permeability: The interconnected fiber structure allows gas flow while retaining suspended dust.
High Temperature PPS Dust Filter Bag can be configured according to equipment dimensions, gas conditions, and filtration requirements.
Bag Dimensions: Customize diameter, length, opening, and overall size. PPS Filter Bag dimensions can match existing baghouse equipment.
Sewing Structure: Adjust stitching, reinforcement, sealing, and connection details.
Performance Adjustment: Modify permeability, pore structure, tensile strength, temperature, and chemical resistance.
Functional Treatment: Anti-static, water/oil-repellent, and PTFE membrane options are available for PPS Dust Collection Bag applications.
Material Options: PPS, PET, PP, PA, PTFE, aramid, and fiberglass can be selected according to operating conditions.
High Temperature PPS Dust Filter Bag follows controlled material preparation, needle punching, sewing, and final inspection.
Quality Control: Composition, dimensions, permeability, tensile properties, and filtration performance are checked. ISO 9001, ISO 14001, and ISO 45001 systems are maintained.
Lead Time: Samples take 7–10 days; regular production takes 20–30 days, excluding transportation.
Payment & MOQ: T/T 30% deposit and 70% balance before shipment. MOQ varies by material and production requirements.
Shipping: Sea, air, express, and rail transportation are available, with DDP/DDU for most countries.
1. What industries use a PPS Filter Bag?
Power generation, metallurgy, chemical processing, and waste incineration commonly require this filtration media.
2. When is a PPS Dust Collection Bag suitable?
It is suitable for hot, corrosive, or oxidative flue-gas conditions.
3. What type of dust can the filter remove?
It captures particulate matter carried in industrial flue gas.
4. Can the bag fit existing baghouse equipment?
Yes. Dimensions and sewing structures can be matched to equipment requirements.
5. Can filtration performance be adjusted?
Yes. Permeability, pore structure, tensile strength, temperature, and chemical resistance can be adjusted.
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