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Texfill, the engineered-Filter media division of Supertech Fabrics Pvt. Ltd., designs and manufactures high-performance filter media for air and liquid duties, engineered for high capture efficiency, low and stable ΔP, resistance to thermal/chemical load, and superior lifecycle economics.
We customise media architecture—fiber chemistry, weight, pore-size distribution (PSD), and surface engineering—to application conditions, offering non woven felts, technical woven fabrics, and composites with options such as ePTFE/PVDF membranes and singed, calendared, PTFE-coated, hydrophobic/oleophobic, or antistatic finishes.
Performance is validated to relevant ISO/ASTM/VDI methods with full lot traceability, while application coverage spans industrial dust collection (baghouses, cartridges), water and wastewater clarification/polishing, pharmaceutical and bioprocess pre-filtra tion, and automotive/metalworking coolant and paint systems. Engagements follow a co-engineering model with rapid prototyping and scale-up to deliver durable media that balance efficiency, regeneration/cake release, uptime, and total cost of ownership.
Coarse Particulate Filters
Micro Filtration | Cartridge Filtration | Bag House Filters | Membrane
Micro Filtration | Ultra Filtration | Membrane
• Particle Recovery post process
Inlet feed filtration for
• process
Air | Liquid | Gas
• Filtration done primarily for stop dust, ash or any
particulate matter in environment, either liquid or air.
• Clean essential system fluids and fuel
• Filtration done primarily for stop dust, ash or any
particulate matter in environment, either liquid or air.
• Anti Microbial Effect
• For corrosive gas mitigation using Catalyst
| Parameter | Particulate Filtration | Micro Filtration | Ultra Filtration |
|---|---|---|---|
| Typical Pore Size | >1 µm | 0.1 - 1 µm | 0.01 - 1 µm |
| Material | Nonwoven, Woven, Metal ePTFE membrane | PVDF, PES Membrane Fibre Glass, Cellulose non woven | PVDF, PES, PAN Membrane |
| Pressure Req. | Low | Low to Medium | Medium to High |
| Common Form | Bags, Cartridges, Mesh | Membranes, Cartridges | Hollow Fibre, Spiral-wound |
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Texfil, filtration performance is engineered not assumed. Every media we develop is designed through a controlled scientific process that blends advanced fibre chemistry, precision pore-size distribution, and application-specific surface engineering. This ensures stable pressure drop, superior capture efficiency, and longer service life even under demanding thermal, chemical, and mechanical loads.
Our filtration solutions are validated through SEM-based morphology analysis, particle-size characterisation, and equipment-behaviour modelling to ensure that real-world performance exceeds laboratory benchmarks. Each production lot is fully traceable and tested to relevant ISO, ASTM, and VDI protocols, guaranteeing consistency and reliability across high-volume industrial deployments.
Our filtration solutions are validated through SEM-based morphology analysis, particle-size characterisation, and equipment-behaviour modelling to ensure that real-world performance exceeds laboratory benchmarks. Each production lot is fully traceable and tested to relevant ISO, ASTM, and VDI protocols, guaranteeing consistency and reliability across high-volume industrial deployments.
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info@supertechfabrics.com
