Filter Media

Polyester Oleophobic features a specialized surface treatment that repels both oil and water, making it ideal for challenging environments where moisture or oil mist is present. This treatment enhances the media’s cleaning efficiency and prevents premature clogging due to oil accumulation. The oleophobic properties maintain consistent airflow and extend filter life in applications such as metal working, food processing, and environments with high oil mist concentrations. The media retains its water and oil repellency through multiple cleaning cycles while operating at temperatures up to 275°F.

Polyester Duo Density employs an innovative dual-layer construction that combines a fine filtration surface with a more open, heavy-duty support backing. This design optimizes both filtration efficiency and durability. The fine surface layer captures small particles effectively while the robust backing layer provides structural support and maintains dimensional stability. This combination makes it particularly effective in applications requiring high efficiency filtration while handling challenging dust characteristics or variable operating conditions.

Polyester PTFEM represents a premium filtration solution featuring a PTFE (polytetrafluoroethylene) membrane laminated to a polyester substrate. This combination delivers exceptional filtration efficiency exceeding 99.99% while maintaining superior dust cake release properties. The PTFE membrane provides an extremely fine filtration surface that captures submicron particles while preventing particle penetration into the base media. This media excels in applications requiring the highest levels of filtration efficiency, such as pharmaceutical processing, chemical manufacturing, and food-grade applications.

Polyester Micro Denier utilizes ultra-fine fibers to create a dense filtration surface capable of capturing very fine particles while maintaining reasonable pressure drop characteristics. The micro denier construction provides enhanced collection efficiency compared to standard polyester media, making it particularly effective for applications involving submicron particles. This media type offers excellent durability and cleaning characteristics while providing superior filtration performance for challenging fine dust applications.

Polyester Woven Seamless offers a unique construction that eliminates the traditional side seam, reducing the potential for dust leakage and failure points. The seamless design provides uniform strength across the entire filter bag and ensures consistent filtration performance. This media is particularly valuable in applications where maintaining absolute filtration integrity is crucial or where bag failure could result in significant process contamination.

Polyester Woven provides a robust and durable filtration solution characterized by its tight weave pattern and strong fiber construction. This media offers excellent dimensional stability and good air permeability while maintaining effective particle capture. The woven construction provides good resistance to flex fatigue and abrasion, making it suitable for applications with demanding mechanical conditions or where frequent cleaning cycles are required.

Polyester Woven PTFEM combines the strength and durability of woven polyester with the enhanced filtration efficiency of a PTFE membrane. This combination provides excellent mechanical properties while delivering superior filtration performance. The PTFE membrane surface ensures exceptional dust cake release and prevents fine particle penetration, while the woven polyester base provides structural integrity and durability.

Polyester Twill Combo features a specialized weave pattern that provides enhanced durability and improved dust cake release characteristics. The twill construction creates a surface texture that facilitates better cleaning while maintaining good filtration efficiency. This media is particularly effective in applications requiring a balance between robust mechanical properties and reliable filtration performance.

Polyester Acrylic blends the beneficial properties of both polyester and acrylic fibers to create a media with enhanced chemical resistance and improved temperature stability. This combination provides good filtration efficiency while offering better resistance to certain chemical environments compared to standard polyester. The media is particularly useful in applications where mild chemical exposure is present along with moderate temperature requirements.

Aramid Felt delivers superior filtration efficiency in high-temperature environments through its dense felt construction. The media provides excellent particle capture while maintaining good dust cake release properties at elevated temperatures. The felt construction offers better surface filtration compared to woven aramid, making it ideal for applications requiring fine particle capture at high temperatures.

Aramid/Tandem (Denier) combines different aramid fiber sizes and constructions to optimize both filtration efficiency and durability. This hybrid approach provides enhanced performance characteristics while maintaining the high-temperature capabilities of aramid fibers. The media is particularly effective in applications requiring both high-temperature resistance and superior filtration performance.

Aramid Oleophobic features aramid fibers with an oleophobic treatment, providing both high-temperature capability and resistance to oil contamination. This combination makes it particularly valuable in high-temperature applications where oil mist or other hydrophobic contaminants are present. The oleophobic treatment maintains its effectiveness at elevated temperatures while preserving the inherent strength of the aramid fibers.

Victor Nylon provides a durable and chemical-resistant filtration solution with excellent flex strength and abrasion resistance. The specialized nylon construction offers good dimensional stability and reliable performance in challenging environments. This media is particularly effective in applications requiring chemical resistance combined with mechanical durability.

18oz Twill Nylon features a heavy-duty twill construction that provides superior strength and durability. The 18-ounce weight offers robust performance in demanding applications while maintaining good filtration characteristics. The twill weave pattern enhances dust cake release while providing excellent mechanical properties.

Rubber Coated Nylon (RCN) combines a nylon base with a protective rubber coating to provide enhanced chemical resistance and moisture protection. This construction offers excellent durability in wet environments while maintaining effective filtration performance. The rubber coating provides additional protection against chemical attack and moisture penetration.

1.4oz Unipoly 135 (Remay) utilizes a lightweight spunbond construction that provides good filtration efficiency with minimal pressure drop. This media offers consistent performance and good durability despite its lightweight nature. It is particularly suitable for applications requiring good air permeability combined with reliable particle capture.

Beane Knit employs a specialized knit construction that provides excellent flexibility and good dust cake release properties. The knit pattern creates a surface structure that facilitates effective cleaning while maintaining reliable filtration performance. This media is particularly valuable in applications requiring good mechanical flexibility and consistent cleaning characteristics.

Polypropylene Felt (PP) delivers reliable filtration performance with excellent chemical resistance, particularly to acids and alkalis. The polypropylene construction provides good durability and consistent performance in challenging chemical environments. This media is especially suitable for applications involving aggressive chemical exposure at moderate temperatures.

Polyphenylene Sulfide (PPS) offers exceptional chemical and temperature resistance, capable of operating continuously at temperatures up to 375°F (190°C). This high-performance media provides excellent dimensional stability and superior resistance to chemical attack. PPS is particularly valuable in applications combining high temperatures with aggressive chemical environments.

Fiberglass provides superior high-temperature performance with the ability to operate continuously at temperatures up to 500°F (260°C). The inorganic glass fiber construction offers excellent chemical resistance and dimensional stability at elevated temperatures. This media is essential for applications requiring non-combustible materials or extreme temperature resistance.

Epitropic (Antistatic) incorporates special conductive fibers or treatments to prevent static charge buildup during operation. This specialized media ensures safe operation in potentially explosive dust environments while maintaining excellent filtration characteristics. The antistatic properties remain effective throughout the media’s service life, providing consistent protection.

22oz 100% Teflon Felt represents the ultimate solution for chemical resistance and high-temperature performance. The pure PTFE construction provides unmatched chemical resistance and excellent release properties. This premium media is essential for the most demanding applications involving aggressive chemicals and elevated temperatures.

PP Micron (Liquid Bags) offers enhanced chemical resistance compared to PE, making it suitable for more aggressive liquid filtration applications. The polypropylene construction provides excellent durability and consistent performance across various micron ratings. These bags are particularly valuable in chemical processing and industrial liquid filtration applications requiring superior chemical resistance.