
Filter Bags
Nutch filter bags, centrifuge filter bags, dust collection filter bags, fibre glass filter bags & polish filter bags for industrial filtration and pollution control.
Our dry filtration products are engineered for pulse jet, reverse air and shaker cleaning systems — available in all 12 filter media types with temperatures from 90°C to 260°C. Complete with ePTFE membrane lamination, PTFE coating, and antistatic treatments.
Our Filter Bag Range

Nutch Filter Bag
Premium lightweight and quality-tested filter bags designed for Agitator Nutsche Filter (ANF) systems. Engineered for durability, maximum cake retention, and reliable chemical compatibility across chemical and pharmaceutical applications in India.

Centrifuge Filter Bag
High-performance industrial centrifuge filter bags custom-engineered for peeler, bag-type, and inverting centrifuges. Featuring time-tested designs with extensive fabrication capabilities for superior solid retention.

Dust Collection Filter Bag
High-performance cylindrical and pocket dust collector bags for B2B industrial baghouses and air pollution control systems. Manufactured across India using premium needle felts for maximum particulate capture.

Fibre Glass Filter Bag
Premium high-temperature woven and needle-punched fiberglass filter bags finished with proprietary chemical coatings. The ultimate B2B filtration choice for extreme furnace and kiln applications up to 260°C.

Polish Filter Bag
100% ultrasonically welded liquid polishing filter bags manufactured on advanced European machinery. Designed with rigid plastic collars to guarantee zero thread bypass and ensure the highest liquid purity.

Airslide Fabric
High-tensile multi-ply solid-woven airslide fabric designed for gravity powder conveying and B2B fluidization silo systems. Engineered for uniform air permeability, providing smooth, pulsation-free dry powder flow.
Filter Media Comparison
| Filter Media | Cont. °C | Peak °C | Alkali | Mineral Acid | Oxidising |
|---|---|---|---|---|---|
| Polypropylene | 90°C | 94°C | Excellent | Excellent | Good |
| Polyester | 140°C | 150°C | Fair | Fair | Good |
| Acrylic (Copolymer) | 110°C | 120°C | Fair | Good | Good |
| Homopolymer Acrylic | 125°C | 140°C | Fair | V. Good | Good |
| PPS | 180°C | 190°C | Excellent | Excellent | Good |
| Aramide | 200°C | 210°C | Good | Fair | Poor |
| P-84 Polyimide | 200°C | 240°C | Excellent | V. Good | V. Good |
| PTFE | 250°C | 270°C | Excellent | Excellent | Excellent |
| Fiberglass | 260°C | 280°C | Fair | V. Good | Excellent |
Complete System Support

Bag Supporting Cages
Heavy-duty wire bag supporting cages engineered in galvanized steel, mild steel, and stainless steel. Manufactured on automatic welding lines with strict B2B quality checks for welt strength, alignment, and burr-free finishes.

Stitching Thread (Glass & PTFE)
High-temperature industrial sewing threads engineered for filter bag fabrication. Featuring E-Glass threads coated with protective PTFE and 100% pure monofilament PTFE sewing thread for absolute chemical and thermal resistance up to 260°C.

Butterfly Press Cloth (Madeup)
Custom fabricated butterfly press cloth (madeups) precision-engineered for industrial plate and chamber filter presses. Sewn with reinforced barrel necks to ensure standard pressure sealing and leak prevention.

Sparkler Pad Nonwoven (Madeups)
Custom fabricated non-woven Sparkler filter pads (madeups) designed for high-precision pharmaceutical and edible oil filtration. Engineered with uniform pore distribution for consistent solid collection.

Bolting Cloth
High-precision monofilament nylon and polyester bolting cloth designed for industrial sifting, screen printing, and micro-filtration. Featuring uniform mesh openings and high elastic recovery for sifting systems.

Canvas & Tarpaulin Cloth
Heavy-duty water-resistant, flame-retardant, and UV-stabilized industrial protective canvas and PVC tarpaulin fabrics. Designed for truck covers, factory machinery covers, cargo protection, and warehouse screens.
Need help selecting the right filter bag?
Our experts study your filtration conditions — volume, particle size, temperature, chemical composition — to recommend the perfect filter media for your application.
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