Dust filter bags

PPS Filter Bag

PPS Filter Bag – Product Introduction

The PPS Filter Bag (Polyphenylene Sulfide Filter Bag) is a high-performance filtration solution designed for industrial baghouse dust collection systems operating under high-temperature and chemically aggressive conditions.

Manufactured from premium PPS fibers, this filter bag offers excellent thermal stability, chemical resistance, and filtration efficiency. It is an ideal choice for applications where conventional polyester or acrylic filter media are not suitable.

PPS filter bags are widely used in industries such as power generation, cement production, chemical processing, and waste incineration, where stable filtration performance and long service life are critical.

  • Item NO.:

    PPS-01
  • Scrim Material:

    100% PPS
  • Weight:

    550gsm ± 5%
  • Thickness:

    1.9 ± 0.2mm
  • Temp. Range:

    160℃ ~ 190℃
  • Application:

    Cement production, Steel plant, Construction, Metallurgy etc.
  • Product Detail

Key Features & Technical Advantages of PPS Filter Bags

1. High Temperature Resistance

PPS filter bags are capable of continuous operation at temperatures ranging from 160°C (320°F) to 190°C (374°F), with short-term resistance to even higher temperatures. This thermal stability ensures reliable filtration performance in high-temperature flue gas environments without deformation or fiber degradation.

2. Excellent Chemical Resistance

PPS fibers exhibit outstanding resistance to a wide range of acids, alkalis, and corrosive gases. This makes PPS filter bags particularly suitable for filtration processes involving chemically aggressive exhaust gases and complex flue gas compositions.

3. Strong Mechanical Performance

Known for their high mechanical strength, PPS filter bags maintain structural integrity even under high gas flow rates and pulse-jet cleaning conditions. The robust fiber structure ensures stable shape retention and consistent dust removal efficiency over long operating cycles.

4. High Filtration Efficiency

The fine fiber structure and controlled porosity of PPS filter media allow efficient capture of fine and ultrafine particulate matter. This helps industrial facilities meet stringent emission standards and reduce particulate emissions.

5. Long Service Life

Thanks to their resistance to heat, chemical corrosion, and mechanical stress, PPS filter bags typically provide a longer service life compared to many conventional filter materials. This durability results in fewer replacements and lower overall operating costs.

6. Reduced Downtime and Maintenance Costs

The durability and stable performance of PPS filter bags help minimize unplanned shutdowns and maintenance frequency, improving system reliability and operational efficiency.

7. Wide Range of Industrial Applications

PPS filter bags are widely used in demanding industrial environments, including:

  • Power plants and coal-fired boilers
  • Cement kilns and clinker cooling systems
  • Chemical and pharmaceutical manufacturing
  • Waste incineration and hazardous waste treatment
  • Metallurgical and steel processing industries

Customized PPS Filter Bag Solutions

Different operating conditions require different filtration designs. PPS filter bags can be customized to match specific application requirements, ensuring optimal filtration efficiency and extended service life.

  • Operating temperature and flue gas composition
  • Dust characteristics and particle size distribution
  • Bag dimensions and dust collector design
  • Optional surface treatments such as PTFE membrane, singeing, or calendering

Customized PPS filter bag solutions help achieve stable system operation, reduced maintenance costs, and compliance with environmental emission standards.

Product Parameters


Item Specification
Construction Needle-punched
Fiber Composition 100% PPS
Scrim Composition PPS
Model No PPS-100%
Felt Area Weight 550 g/m²
Thickness 2.0 mm
Mean Air Permeability 10 m³/m²/min @ 200 Pa
Breaking Strength – MD ≥ 800 N / 5 cm
Breaking Strength – CD ≥ 1200 N / 5 cm
Breaking Elongation – MD ≤ 30 %
Breaking Elongation – CD ≤ 45 %
Dry Shrinkage – MD < 1.5 % (190 , dry heat)
Dry Shrinkage – CD < 1.0 % (190 , dry heat)
Operating Temperature Max. continuous: 160 
Max. surge: 190 
Finish (Surface Treatment) Heat setting, Singeing, Plain finish, PTFE immersion



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