Air Compressor Water Separator

oil separator filter compressor Characteristics

For filters with adsorption function, especially those using activated carbon, diatomite, or resin media, the working process includes the adsorption and removal of dissolved organic matter, peculiar smell molecules, heavy metal ions, and residual chemical substances in the fluid. After physical filtration, the fluid flows through the adsorption medium with a huge specific surface area, where dissolved impurities are adsorbed onto the medium surface through van der Waals force or chemical bonding. This process is selective, with the medium adsorbing specific target substances while allowing useful components to pass through. The adsorption rate gradually slows as the medium reaches saturation, requiring regular monitoring of effluent quality to determine replacement timing. This step effectively improves fluid safety and sensory indicators such as taste and color, widely used in water treatment, beverage filtration, and industrial solvent purification scenarios that require deep impurity removal.

 

 

 

"*" means product grade: HC, HT, HA, HF, HH.

This series of precision filters, the filter element production adopts the technology of American HANKISON company.

The filter element accuracy is based on ISO8573.

It should be specified when ordering. The processing capacity under different pressure conditions should be corrected according to the coefficient in the correction coefficient table.

compressed-air-filter ,

capacity:0.5 to 12.8NM3/Min

above capacity 15NM3/Min

compressed air filter

Filter with differential pressure gauge

With technological advancement and changes in user demand, we provide system upgrade and performance optimization service for filters to improve efficiency and adapt to new working conditions. Our technical team evaluates the current operating status, fluid treatment requirements, and environmental changes, then proposes targeted optimization plans, such as upgrading control modules, improving backwashing systems, replacing higher-precision media, or adjusting flow distribution structures. After optimization, the filter has higher energy efficiency, lower operating cost, stronger impurity removal capacity, and longer stable operation cycle. This service allows old equipment to maintain advanced performance and extend its overall service life.

1. Q: How to clean a clogged drain?
A: Depressurize, remove and clean filter screen, purge lines, replace if needed.

2. Q: Recommended drain type?
A: Electronic timer drain or zero-air-loss drain, energy-saving and reliable.

3. Q: How to handle oily condensate?
A: Install pre-oil filter, replace elements regularly.

4. Q: What if the drain freezes in winter?
A: Add insulation or heating tape, improve ambient temperature.

5. Q: How often to maintain drains?
A: Inspect and clean monthly; replace every 6–12 months.