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Woven Glass Fibre Filter Media GlassFit™ | Glassfit - Texfil
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GLASS FIBRE FABRICS BUILD FOR HARSHEST DUST LOADS AND EXTREME PERFORMANCE

Texfill’s Woven Glass Fibre filter media is one of the promiment centre of excellence. Our technology produces this material in may variants to capture diverse application and needs from the industry.
Glass fibre is a diverse and versatile material when combined with other technologies like coating and treatments. Together, provides a very wide scope of solving industry problem, innovation, and efficiency.

  • Thermal Resistance: Withstand 260–300 °C continuous, peaks up to 320 °C.
  • Chemical Protection: Acid-resistant finishes (HCl, SOx, NOx).
  • Extended Bag Life: No shrinkage, high tensile strength, and mechanical stability.
  • Custom Finishes: ePTFE membrane, PTFE coating, silicone, acid/base resistance.
  • Compliance Assured: Meets EPA, CPCB, ATEX, and IED emission norms.
  • Eco-Friendly – Non-toxic and safe for use in industrial environmental control systems.
Rolled industrial filtration fabric materials
Hand holding small green plant sprout

Why glass fibre can be a sustainable
filtration method for a sustainable future?

  • Lower reliance on fossil fuel-derived materials, Reduces dependence on non-renewable resources.
  • Longer service life. Reduces material consumption and waste disposal over time.
  • Partially recyclable.
  • Very low flouro content by over all weight.
  • Very high temperature capability.

MARKETS AND APPLICATIONS

Large industrial facility with conveyors

Cement and Mineral

Kiln, clinker cooler, raw mill.

Small granules pouring from container

Carbon Black

Furnace tail gas filtration

Large cooling tower emitting warm vapor

Power Generation

Fly ash collection, flue gas desulfurization, biomass boilers

Worker handling molten metal in furnace

Steel & Metal

Electric arc furnace, induction furnace, smelting, refining, secondary fume extraction


Test tubes with colorful liquids in lab

Chemicals & Fertilizers

Acid/alkali gas filtration, powder handling systems


Tall metal processing towers at facility

Waste Incineration

High-temperature filtration of corrosive flue gases Environmental Systems: Air pollution control units, emission reduction, Boiler


Worker handling molten metal in furnace

Environmental Systems

Air pollution control units, emission reduction, Boiler


ADVANCED MEDIA ENGINEERING

Glass fibre is an excellent material strong structural properties. It has hi stress strain limit and has no plastic deformity.

For filtration, e-glass grade us used. Using various mechanical processes, fibre glass durability and flex strength can be designed, having an impact of the lifecycle and cost.

Available fabrics 350, 450 gsm for RABH bags 750 gsm for PJBH bags.

Multiple models available.

Cross-section diagram of fiberglass yarn

One of the strong points of fibre glass is that through coating formulation, it can be adapted to suite a variety of applications. Coating provides the silica chain a layer of protection against process gas released.
In the changing industrial landscape and constantly evolving new fuels and its gases composition gets more and more challenging and evolved.

  • Acid- Alkali resistant finish (5 grades available)
  • PTFE finish (2 grades available)
  • Tri component finish

Additional properties

  • Pleatable
  • Spark resistant
SEM images comparing fiber structures

e-PTFE is a excellent micro porous filtration material used in many applications including de dusting. Due to its micro porosi ty, in combination with system design, it can block 99.9% of par ticle distribution set and can lead to low and ultra low emissions.

e-PTFE characteristics include

  • Even particle distribution
  • Ultra low surface energy
  • Robust welding to the main substrate.

Supertech fabrics provides e_PTFE membranes of various properties based on application from 0.3 micron to 4 microns in ePTFE, PVDF, FEP, HPA and PES

SEM images comparing fiber structures
Factory chimneys releasing white smoke

Emerging trends in fibre glass filtration
applications to make is future ready

Glass fibre filtration media posses many advantages for End users
and OEM due to its high temperature resistance. Apart from adapting
to changing flue gas, it can give leverage to system designer to
conserve energy losses and create efficient equipment designs with
post heat recovery.

Through coating processed, media can adapt toward various raw
material compositions and fuel compositions used by the industry.

BUILT FOR RELIABILITY

Every fiberglass woven filter fabric is designed for:

  • Dimensional stability under bag loads up to 12 m in length.
  • Long service life under high-temperature, high-dust conditions.
  • Custom fabrication into filter bags, cartridges, or roll goods for OEM compatibility.
Old and new fabric filter bags
Tangled cables and wires

Struggling to find the right specifications for the media?

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