Dust Collector Filter Bags

Get a Price/Quote

Dust Collector Filter Bags Specification

Diameter
120 mm, 125 mm, 130 mm, 150 mm (customized on request)

Resistance
Low initial resistance (typ. <200 Pa)

Efficiency (%)
99.9%

Capacity
Varies as per design (typically up to 10000 m3/hr or more)

Type
Filter bag (standard/pleated/round/oval/flat)

Material
Non-woven Polyester, Nomex, Polypropylene, Ryton, PTFE, Acrylic, etc.

Thickness
1.6 - 2.2 mm (as per filter media)

Thermal Shrinkage
Less than 1.5% at max temp

Working Temperature
60C to 250C (depending on media)

Application
Dust collection, cement, pharmaceuticals, chemicals, foundry, sand blasting, woodworking

Finishing
Singed, glazed, antistatic, water & oil repellent, PTFE coating or lamination

Air to Cloth Ratio
Up to 10:1 (as per application)

Permeability
10-20 cfm/ft2/min (typical)

Seam Type
Double/triple stitched or welded

Length
Up to 2.5 m (custom lengths available)

Top & Bottom Design
Snap band, raw edge, ring, cuff, corded, flange, disc bottom, etc.

Colour
White, grey, yellow, as per material

Filtration Area
Depending on length & diameter, e.g., up to 1.1 m2 per bag

About Dust Collector Filter Bags

Dust Collector Filter Bags

We fabricate high quality Dust Collector Convectional Filter Bags that are made from superior quality raw material such as base fiber. These Dust Collector Filter Bags are precisely fabricated under the strict quality control inspections right from the stage of procurement of raw material to the finished product. The dust collector filter bags are stitched according to clients requirement with the state-of-the-art stitching machines. These conventional dust filter bags are widely used in various industries including cement, steel, incinerators, boilers, power stations, salt processing, ceramic and many others. Further, these offer an entire range of media as follows:

Polyester
Polypropylene
Acrylic (Homopolyrner)
PPS (Ryton)
P84 (Polymide)
PTFE

Superior Filtration Efficiency

These filter bags deliver up to 99.9% dust removal efficiency, protecting your equipment and work environment. Manufactured using advanced non-woven media, they ensure consistent particle retention and air quality, minimizing emissions and meeting stringent regulatory standards across a wide range of industries.

Customizable to Your Application

A wide selection of lengths, diameters, seam types, and finishing treatments enables customization to your dust collector's specific needs. Whether you require antistatic properties for explosive dust, water/oil repellency for moist processes, or PTFE lamination for enhanced chemical resistance, we offer solutions tailored to your operational challenges.

Built for Demanding Environments

Constructed from robust materials such as Polyester, Nomex, and PTFE, our filter bags withstand high temperatures (up to 250C), abrasive particles, and aggressive chemicals. Rigorous seam and top/bottom designs enhance durability and facilitate easy installation, maximizing lifespan and minimizing downtime.

FAQ's of Dust Collector Filter Bags:

Q: How do Dust Collector Filter Bags improve air quality in industrial applications?

A: These filter bags capture fine dust particles with up to 99.9% efficiency, significantly improving air quality and reducing emissions. They are essential in environments such as cement plants, pharmaceutical manufacturing, and woodworking facilities, helping achieve compliance with air pollution control standards.

Q: What finishing options are available for these filter bags, and how do they benefit specific operations?

A: Finishes like singed, glazed, antistatic, water & oil repellent, and PTFE coating or lamination address various operational needs. For example, antistatic finishes prevent ignition in combustible dust environments, while PTFE coatings enhance chemical and thermal resistance for demanding industrial processes.

Q: When should a specific material, such as Nomex or PTFE, be chosen for a filter bag?

A: Material selection depends on your application's temperature, chemical exposure, and particle characteristics. For high-temperature or chemically aggressive settings, Nomex or PTFE is ideal. For standard dust collection, polyester suits most applications with working temperatures from 60C and excellent filtration performance.

Q: Where can these filter bags be used?

A: They are designed for a wide range of industries, including cement manufacturing, foundries, pharmaceuticals, chemicals, sand blasting, and woodworking. The filter bags' adaptability to different environments comes from customizable dimensions, top/bottom configurations, and specialty finishes.

Q: What is the process for ordering custom sizes and features for these filter bags?

A: Simply specify your dust collector's dimensions, operating temperature, material requirements, seam preferences, and any specialized finishes needed. Our team will guide you through selecting the correct type and size, ensuring a precise fit and optimal performance, whether standard or custom configurations are required.

Q: How can end-users benefit from the low initial resistance and high permeability of these filter bags?

A: Low initial resistance (typically under 200 Pa) and high permeability (10-20 cfm/ft2/min) mean improved energy efficiency and longer service intervals. These properties help maintain steady airflow, reduce blower load, and lower operational costs over the filter bag's lifespan.

Tell us about your requirement