Oil Separators Filters

Key Product Features

High-capacity composite glass fiber separation media

Multi-layer gradient borosilicate glass fiber structure realizes two-stage coalescence separation. Tiny oil droplets collide and merge into large oil beads, which flow back to the lubricating oil tank by gravity. Effectively reduces oil loss of the compressor, lowers oil consumption and avoids oil carryover pollution to downstream pipeline filters.

Heavy-duty anti-corrosion spin-on integrated housing

Thickened steel outer can withstand long-term high pressure inside the air compressor tank. Epoxy anti-rust coating prevents rust and corrosion under humid high-temperature operating environments, extending the overall service life of the separator.

Simple screw-in quick installation structure

Spin-on threaded design, replaceable by direct screwing without complex disassembly tools, greatly reduces maintenance time for equipment operators. The integrated sealing ring eliminates leakage risks at the joint surface.

Stable low differential pressure operation

Optimized pleating layout ensures uniform air flow distribution inside the element, maintaining stable low pressure drop throughout the whole service cycle. Avoid excessive pressure loss leading to increased power consumption of the screw host and save long-term electricity costs.

Application Industries:

General machinery automatic pneumatic production lines

Furniture, hardware spraying workshops

Food & beverage factory compressed air stations

Textile, packaging processing equipment

Small and medium factory centralized air supply systems

Brief Overview

It serves as the core separation component inside the compressor oil tank to separate lubricant oil from compressed air, minimizing oil consumption and protecting subsequent pipeline precision filters. Stable performance under -4°C ~ 100°C and max 16 bar pressure, it is the standard OEM maintenance consumable for Almig small & medium screw compressors.