SHARE YOUR REQUIREMENTS

Fill out the form and we'll get back to you shortly

Full Name

Organisation

Role

Email Address

Country

Phone Number

Describe your requirements with application context, process, and equipment, in as much detail as possible.

Stage of engagement

Upload data sheets/ parameters

Baghouse Filtration & Industrial Dust Collection Solutions |Baghouse Filtration- Texfil

SCIENCE OF HANDING POWDER , AIR STREAM AND THERMO MECHANICS

Filter bags is a proven method to handle fine dust particles for recovery and air pollution control.

Its science include understanding of the power itself, gas stream, system engineering, and air fluid dynamic behaviour.
At Supertech Fabrics, Texfill bag house series offers solutions that are robust, respond to the system designed by OEM, adds value to the outcome. We push our boundaries to achieve low bench marks of 5-10 Mg/ Cu m and have worked with 2000 Blaines to 12,000 blains.

Powder handling from Ph 3-12
Particle size handling from 2000 Blaines
Abrasive particle handing (upto Mohs 9)
Temperature upto 300 C (SS filters can take it more)
Resistant to SOx, NOx, CL, Phosphates, HF, Flourishes
Supports low emissions upto 5mg/cu.m.

ASSEMBLIES USED IN BAG HOUSE

SELECTION CRITERIA

The chemical and physical properties of the fibres have an essential influence on the efficiency and service-life of the filter medium. Chemical, thermal and physical effects can impact the different kinds of fibres in many and various ways. Knowing the fibre characteristics, we are able to provide optimal solutions with regard to efficiency and process conditions. The table below will be of assistance for fibre selection.

Property	Cellulose Blend	Polypropylene	Polyester	Acrylic	PPS	Aramid	P&4	Coated Glass	PTFE Felt
Max Continuous Operating Temp	200°F (93 °C)	170 °F (77 °C) (some refs 90-100 °C)	275 °F (135 °C)	265 °F (130 °C)	375 °F (190 °C)	375- 400 °F (190- 204 °C)	500 °F (260 °C)	500 °F(260°C) (can be designed to go up to 290 °C)	500 °F(260 °C) (PTFE can go slightl y higher )
Abrasion Resistance	Good	Good-Excellent	Excellent	Good	Good	Excellent	Fair	Poor (Brittle fiber, needs coating)	Fair-Good
Energy Absorption /Mechanical	Good	Good	Excellent	Good	Good	Good	Fair	High tensile, but fair flex(Brittle)	Fair
Filtration Properties	Good	Good	Good-Very Good	Good	Excellent	Excellent	Excellent(fine fiber structure)	Excellent	Excellent (esp. with PTFE membrane)
Moist Heat Resistance	Fair-Poor	Fair Good(Week in steam)	Poor (hydrolyzes in humidity)	Fair Good	Good( hydrolysis resisters)	Good	Poor-Moderate sensitive to hydrolysis	Excellent	Excellent
Alkaline Resistance	Poor	Excellent	Fair (week in strong alkali)	Fair	Excellent	Good	Fair-Good(not always excellent at high T)	Good with coating	Excellent
Acid Resistance	Poor	Excellent (accept strong oxidizers	Fair	Good	Excellent	Moderate (degrades in strong mineral acids)	Excellent (esp. acids)	Excellent with coating	Excellent
Oxygen/ Oxidation stability	Fair-Good	Moderate (oxidizes at temp)	Good	Good-Excellent	Poor (>15% O above 375 °F not recommended)	Good	Excellent	Excellent	Excellent
AFR Suitability (Alt.Fuels /Raw)	Not Suitable	Not Suitable	Limited-only dry/ low Sox/Nox conditions	Limited-only dry/ low Sox/Nox conditions	Moderate	Limites-Sensitive to acid condensation	Moderate (susceptible with moisture/alkali	High (with protective coating)	Very High

Different dust separation procedures require different weights air permeability values for filter media.

Cleaning Mechanism	Typical Fabric Weight (g/m²)	Air Permeability (L/dm²/min @200 Pa)	Effective Micron Rating
Shaking Mechanism	300 – 450 (light to medium felt/woven)	80 – 120	10 – 25 µm
Reverse Air Cleaning	400 – 550 (medium-heavy woven or felt)	60 – 100	5 – 15 µm
Low Pressure Cleaning (Pulse with 0.5–1 bar)	450 – 550 (needle felt with surface finish)	50 – 90	2 – 10 µm
Jet Pulse Cleaning (High pressure 4–6 bar)	500 – 650 (densified felts, laminated with PTFE membrane)	30 – 70	0.5 – 5 µm
Vacuum Pressure Cleaning	300 – 500 (woven + supported felt)	100 – 150	5 – 20 µm

At the intersection of science and application, powder and dust filtration is about more than media — it’s about mastery.

Consult our experts for solutions crafted to your unique needs. Connect with an expert

MARKETS AND APPLICATIONS

Sectors:

Non-Ferrous

Aluminium and Aluminum Alloys
Copper
Stainless steel
Zinc

Ferrous

Foundry
Primary steel
Secondary steel
Iron

Agro Based

Dairy
Fertilizer

Minerals

Cement
Glass
Gysum
Ceramics
Silica / Fumed silica
Rock Dust

Baverages (Distellery)
Carbon Black
Cement
Chemicals
Pharmaceutical
Food
Paper and Pulp
Playwood, Particle Board and Laminates
Power Generation
Refinery and petrochemical
Textile

Waste management
Waste to energy
Construction dust handling

Applications:

Cement & Mineral Dust

Kiln exhaust and clinker cooler emissions
Raw meal and finish mill grinding circuits
Crushing, screening, and stone grinding lines
Coal milling and pulverizing units
Kaolin, clay, and bentonite processing
Bulk material loading, unloading, and conveying systems
Packing plants and bagging machines
Silo top venting and bin discharge Calciner and preheater dedusting

Food & Pharmaceutical

Food additive and nutraceutical powder processing
Spray drying of dairy, coffee, and flavors
Pharmaceutical coating, granulation, and tablet pressing
Cereal milling and flour handling
Animal feed, premix, and vitamin blending
Pneumatic conveying and bulk transfer of powders
Sugar grinding and spice milling
Infant formula spray drying

Combustion & Energy

Utility and industrial boiler exhaust
Coal and biomass handling systems
Fly ash extraction and silo venting
Waste-to-energy and RDF incinerators
Hazardous waste combustion
Carbon black manufacturing furnaces
Fume extraction from metal oxide recovery
Soil remediation and thermal treatment plants

Chemicals & Polymers

Fertilizer spray drying and blending
Calcium hypochlorite and chlor-alkali processes
Polyethylene and polypropylene resin handling
Tire, specialty elastomer, and rubber compounding
Catalyst drying and fine powder recovery
Polyester, nylon, and cellulose fiber processing
Polystyrene bead and fluff handling
PVC resin packaging and transfer
Detergent powder processing
Activated carbon production
Paint and pigment spray dryers

Paints, Pigments & Specialty Powders

Toner mixing and fine pigment blending
Micronizer and classifier dust collection
Pneumatic conveying of dry colorants
Spray booths and powder coating recovery
Ink pigment and additive handling

Metals & Foundry

Electric arc, induction, and ladle melt furnaces
BOF and reverb furnace off-gases
Desulfurization units and secondary metallurgy
Shot blasting, sand shakeout, and reclamation
Casting, sintering, and pelletizing operations
Foundry fume and dust extraction
Alloy powder handling (Al, Mg, Fe, Cu)

Mining & Quarrying

Dust from crushers screeners conveyors

Battery Manufacturing

Cathode/anode powder handling (Li, Ni, Co)

Wood & Pulp

Sawdust

MDF

Fiberboard sanding dust pulp drying

Plastics & Recycling

Shredding
Grinding
Re-pelletizing dust

Glass & Ceramics

Silica
Frit
Refractory processing dust

Aerospace & Defence

Composite sanding carbon fiber dust collection

WHY TEXFILL?

Premium quality OEM made ups to suit most makes and models of dust collectors.
Fully integrated manufactuering: Complete control on the media and customisation possiblites to suit application and specific needs.
Variety of top and bottom configurations available all major dust collector manufacturers.
Models also available in: Oil & Water resistant, Antistatic, Food grade media.
Longer service life, Lower emission levels, Lower operating cost = Cost savings.

FILTER BAGS?

Texfill Filter bags deliver dependable dust collection with proven performance across industries. Built from high tech fabrics and finishes, they provide excellent efficiency, durability, and emission control — making them the trusted choice for demanding industrial environments.

Proven Reliability

Time-tested technology trusted across industries such as cement, steel, chemical, power, and food processing.

Versatile Media Options

Available in polyester, aramid, PPS, P84, PTFE, fiberglass, and blends — with finishes for acid resistance, hydrophobici ty, and anti-static performance.

High Dust Loading Capacity

Deep filter structure accommodates heavy particulate loads and ensures consistent performance over long operating cycles.

Thermal & Chemical Resistance

Specialized fabrics withstand extreme temperatures and aggressive chemical environments.

Customizable Design

Produced in a wide range of diameters, lengths, and sewing constructions to fit diverse baghouse designs and cleaning mechanisms.

Cost-Effective Operation

Long service life, easy replacement, and proven emission control make filter bags the most economical solution for large-scale dust collection.

View Catalouge for entire range of Filter bags

Texfill GlassFilt Media

Filter Catridge (powder / dust collector)

Filter cartridges are engineered for high-performance dust collection in compact baghouse and cartridge filter systems. Designed with pleated media technology, they provide a larger filtration surface area compared to traditional filter bags, allow ing for lower air-to-cloth ratios, higher efficiency, and reduced system footprint. Manufactured from durable composites such as fiberglass, stainless steel, and technical felts, filter cartridges deliver long service life, excellent particle capture, and ultra-high mechani cal strength across demanding industrial environments.

Why Choose Filter Cartridges?

Large Filtration Area

Pleated media offers up to 3–4 times more surface area than f ilter bags, maximizing efficiency and reducing system size.

Low Air-to-Cloth Ratio

Ensures higher dust capture efficiency and stable system performance.

Durability & Strength

Constructed from fiberglass composites, stainless steel mesh, and engineered felts for long service life and high mechanical stability.

Compact Design

Ideal for space-constrained systems where bag filters are less practical.

Versatility

Available in multiple media types and configurations to handle fine, abrasive, or high-temperature dust.

Texfil Signature types

Polyester with membrane
Polyester with membrane
SS media

View Catalogue for entire range of Filter bags

Industrial pleated dust collector filter cartridges

Filter Cages / Support cages

For a properly functioning dust collector, it is important that the filter bag and supporting cage are correctly fit to each other.

Texfill can provide you with a complete line of dust collector cages manufactured to your OEM specifications. Standard materials of construction typically consist of carbon, galvanized or stainless steel. Additionally our cages incorporate stamped or spun collars, pan bottoms and venturis as the standard construction. We can also provide anti-corrosion coatings such as powder coating, zinc coating, galvanising, surface treatments (pickled & passivated, electropolished).

Metal support cages for industrial filter bags

Need help with a problem niche?

We will engineer a solution for you.

Let's talk