Suitable for all environments including high velocity air inlet systems. Typical for coastal and offshore installations Pre-filter for gas turbines, large industrial air compressors, diesel & gas engines, generators & enclosures

The Cam-Flo GT Hybrid premium inlet filter bags protect the final filter by utilizing breakthrough Hybrid media technology. The Cam-Flo GT Hybrid is a coalescer filter element with excellent water handling capabilities for extended life, stable performance, and carefree operations. It is suitable for harsh environments, including applications exposed to turbulent airflow.

Major dust collection 0.3um,Clean room end of the air outlet,FFU,widely used in purifying equipment ,various levels of clean room Terminal filtration of the partial purification equipment,Such as hospital operating room.pharmacy,electronics,semiconductors,precision machinery,pharmaceuticals.Clean benchend laminar flow hoods and other places air purification filter

Frame-Auminium alloy.stainless steel frame Filter-Ultra-fine glass fiber filter paper Separates:aluminum foil, offset paper.Use to clean oven and other high temperature air purification equipment and systems. High efficiency,low resistance, high dust holding capacity,High temperature resistance 250'c~350c

Separator elements are used as the second stage of a high-performance separation in filter/water separators. After emergence from the coalescer, aviation fuels pass through the pores of the separator element while water droplets are repelled by the hydrophobic separator surface. Water droplets settle into the filter/water separator sump to be drained off.

ZHUANLV’s elements are available with a Teflon®-coated screen or synthetic mesh. Separator elements with a Teflon®-coated screen can be reused after a cleaning during coalescer element changeouts. Small areas of damage can be temporary repaired. It is recommended that separator elements with a synthetic mesh are replaced during coalescer changeouts.

ZHUANLV D-Type coalescer elements are intended for use in filter/water separators on refuellers, hydrant dispensers and other mobile refuelling equipment. They are characterized by an excellent dirt holding capacity and high water removal efficiency.

ZHUANLV K-Type coalescer elements are intended for use in filter/water separators on refuellers, hydrant dispensers and other mobile refuelling equipment. They are characterized by an excellent dirt holding capacity and high water removal efficiency.

This broad range of liquid-liquid coalescers provides greater coalescing efficiency and contaminant holding capacity than most conventional coalescers or other separation techniques.

Through controlled fiber sizes and carefully distributed media densities, ZL-JPAKS provide maximum coalescing surface area to ensure the optimum fluid contact time prior to gravitational phase separation of coalesced fluids.

ZL-PUR Series synthetic liquid/liquid coalescing filters were developed for applications where glass media is not compatible. these filters are designed to remove water from fuels, lube oils, condensates, and other hydrocarbons.

These elements should always be protected by a pre-filter. In installations where no pre-filter exists, the JCP version uses an additional pleated section on the upstream side of the coalescer media to extend the effective operating life and protect the coalescing media.

ZL-JMG Series ultra-fine depth style micro-glass vapor phase coalescing filter elements are reverse flow elements designed for the removal of entrained low surface tensions mists and aerosols. When absolute 0.3 micron efficiency is critical, you can trust Micro-DEP G Series.

The flow pattern through the element is from the “inside-to-outside, reducing the gas velocity as the droplets are being removed.

Coalescer elements are designed to coalesce free water and to remove fine solids from military aviation fuels. Coalescers are deployed at the first stage in a filter/ water separator, when fuel enters the vessel.

Available in hundreds of configurations and sealing types; you can trust the ZL-JPMG Series when an absolute 0.3 micron efficiency is critical.