In cases where the byproducts of an industry's process are dust, fumes, and airborne particles, filtration systems are no longer seen as a means of regulatory compliance but as a strategic means of performance. As a Sub-brand of Supertech Fabrics, Texfil™ by Supertech Fabrics is a state-of-the-art development in the field of industrial filtration, securing more output, lower maintenance costs, and safer work environments in the facilities.

In cement kilns and power plants, through to chemical manufacturing and pharmaceutical areas, Texfil is built to perform in the demanding environment created due to the presence of pressure. With this kind of pressure, most of the traditional filter fabrics fail to provide the desired consistency and stability.

So, let us jump into the process through which Texfil™ helps increase operational efficiency and understand why it is rapidly becoming the filtration option within various heavy industries.


What Is Texfil™?

Texfil™ is Supertech Fabrics’ specialized brand of woven and non-woven filtration media, crafted for both airborne dust capture and liquid-solid separation in high-performance industrial settings. It combines robust material engineering with customized structural design, ensuring seamless integration with industrial bag filters, dust collectors, HEPA systems, and pressure units.

Texfil™ filtration products are designed to withstand:

  • High temperatures (for cement kilns, thermal plants)
  • Aggressive chemical exposure (in refineries and chemical plants)
  • Continuous high airflow and particle concentration (in coal combustion and clinker grinding)

The result? A high-efficiency filtration system that not only maintains clean air and product purity but actively enhances process reliability.


The Texfil™ Efficiency Advantage

1. Superior Dust Capture = Clean Air, Safer Equipment

Texfil™ has a filtration efficiency of up to 99.9 % and can trap fine particulate matter, including PM2.5, cement dust, fly ash, or process powders before they insinuate or escape to the environment.

✅ Operational Benefit:

Improved environmental compliance, less wear on downstream machinery, and healthier working conditions.


2. Optimized Airflow = Lower Energy Consumption

Most of the conventional filters are blocked or overwhelmed, such that their pressure drops become more and more which, necessitating an overworking of fans, thus escalating the costs of energy. Texfil media has high air permeability but also has repeatable performance in high-load applications that helps save blower and fans.

✅ Operational Benefit:

Energy efficiency gains of 8–12% in filtration systems, especially in continuous operations.


3. Longer Lifespan = Fewer Replacements

Thanks to its high tensile strength, abrasion resistance, and multi-layer construction, Texfil™ filters require fewer replacements and offer extended service cycles—sometimes lasting twice as long as conventional filters.

✅ Operational Benefit:

Lower maintenance costs and minimized downtime due to filter changeovers.


4. Chemical and Thermal Stability

Texfil™ media is available in a range of chemically inert and high-heat-tolerant materials like aramid, fiberglass, and polyester. This ensures operational stability in environments where chemical vapors, acidic gases, or extreme heat are the norm.

✅ Operational Benefit:

Filters don’t degrade under stress, maintaining performance for longer, even in corrosive environments.


Where Texfil™ Excels: Industry-Wise Applications

Cement Manufacturing

In cement kilns and clinker coolers, dust-laden air must be filtered before discharge. Texfil™ can handle:

  • Temperatures above 200°C
  • Constant abrasive dust streams
  • High particulate concentrations

Result: Reduced kiln fouling, improved baghouse performance, and longer intervals between maintenance shutdowns.


Chemical & Fertilizer Industry

In processes involving ammonia, urea, phosphates, or volatile solvents, filters must resist both temperature and chemical exposure.

Texfil™ media with chemical-resistant coatings and multi-layer fiber constructions ensures:

  • Acid and alkali resistance
  • Reliable operation in high-moisture zones
  • Filter bags with better mechanical life

Result: Consistent performance with low operational interruptions.


Power Plants (Coal-Based or Biomass)

Texfil™ supports fly ash filtration, flue gas cleaning, and electrostatic precipitator bagging systems. It withstands:

  • Thermal cycling
  • Sticky particulate matter
  • Continuous 24/7 operations

Result: Improved environmental emissions compliance and longer filter bag lifespan in baghouse systems.


What Makes Texfil™ Unique?

Custom-Built Solutions

Every Texfil™ installation is designed around your plant’s needs—whether that means permeability adjustment, chemical compatibility, or heat resistance.

Global Certifications

All Texfil™ products meet or exceed:

  • ISO 9001:2015
  • ISO 14001:2015
  • EN, ASTM, DIN filtration performance benchmarks

Full System Integration

Texfil™ isn’t just a fabric—it’s a full system component, compatible with:

  • Pulse-jet baghouses
  • Reverse air filters
  • Pleated filter cartridges
  • Cage-supported bags


Measurable Outcomes: ROI You Can Track

Companies that’ve deployed Texfil™ filtration systems have reported:

  • Up to 35% reduction in filter bag changeouts per year
  • 8–10% decrease in system energy consumption
  • Consistent emissions below 10 mg/Nm³
  • 20–30% reduction in unplanned system stoppages due to clogging or rupture

This makes Texfil™ not just a compliance tool, but a direct contributor to bottom-line savings.


Future-Ready with Texfil™

As industries move toward more sustainable and automated operations, Texfil™ is already future-aligned with:

  • Smart filtration compatibility for IoT-enabled diagnostics
  • Self-cleaning surface treatments
  • Low-EMI filter media for sensitive production environments
  • Nano-coated versions under development for ultra-fine particle capture


Final Thoughts

There is far more to the performance of industrial filtration than microns.

All three are available in Texfil™ by Supertech Fabrics. It combines scientific engineering purity with practical applicability in a way that filters become part of the operational benefit rather than the periodic expense.


Be it a cement kiln, a chemical refinery, or a coal-based plant, Texfil™ will make your filters work at equal level of perfection that you would like others to be working.