Jiong Cheng
1 / 1
Size: 97 * 350 + 39mm
Compatible Equipment: Atlas Copco GHS 350 VSD
| Brand | Reference Number |
|---|---|
| Atlas Copco | 1630390494 |
| Atlas Copco | 1630.3904.94 |
| Atlas Copco | 1625390274 |
| Atlas Copco | 1625.3902.74 |
| Atlas Copco | 1625390296 |
| Atlas Copco | 1625.3902.96 |
Features a dense and uniform pore size that effectively blocks tiny particles. Particles smaller than the pore size will "bridge" in the filter aperture, further improving the filtration effect.
Utilizes a reducer transition process with a "gradual diameter gradual tightening" structure. The inner layer aperture is small while the outer layer is large, increasing flow rate and dirt holding capacity to prevent clogging and extend service life.
Built to withstand pressure changes and airflow impact inside the system during vacuum pump operation. Offers robust stability and normal operation around 80°C, and can withstand sterilization at 121°C for 30 minutes after special treatment.
The space-saving compact design is easy to install inside the vacuum pump or related filtration devices. Replacement is simple and user-friendly for maintenance.
Constructed from environmentally friendly materials. It can be cleaned and reused repeatedly to minimize waste and effectively reduce pollutant emissions.
The dimensions of this filter element are 97 * 350 + 39mm.
It uses a "gradual diameter gradual tightening" structure, where the inner layer aperture is smaller and the outer layer is larger. This increases both flow rate and dirt holding capacity, preventing premature clogging and extending its service life.
It operates normally at standard working temperatures around 80°C. With special treatment, it can be sterilized at 121°C for 30 minutes.
Yes, it is made of eco-friendly materials and designed to be cleaned and used repeatedly, which helps reduce waste and lower pollutant emissions.
It is designed for use in Atlas Copco GHS 350 VSD vacuum pumps.
The filter element features a dense and uniform pore structure. Particles smaller than the pore size "bridge" inside the aperture, allowing it to block tiny particles and deliver excellent filtration performance.
