Microelectronics Semiconductor Filter cartridge
Microelectronic semiconductor filter cartridge is belong to Capsule filter. Filter cartridge are widely used in the electronics industry, an the semiconductor industry, liquid crystal display industry, ultrapure water, wet etch and data hard disk storage.
- Material: PP
- Micron: 1μm – 10μm
- Max. Allowable Pressure: 4.1 bar/60 PSI
- Max. Allowable Temperature: 50°C / 120°F
- Multiple capacities 200ml, 300ml, 400ml, 500ml, and 700ml are available.
- Thermal welding technology. Air inlet and drain vent connection.
- No adhesive resins.
- Suitable for different inks applications.
- Economical: As pre-filter, it has high filtration efficiency and high cost performance.
Microelectronic semiconductor filter cartridge are widely used in the microelectronics industry, and the semiconductor industry, liquid crystal display industry, ultrapure water, wet etch and data hard disk storage.
In the production process of microelectronics and semiconductors, the precision control of particulate matter in the environment is becoming more and more strict.
We have established a verification laboratory with a local purification level of 1,000, and a purification workshop with a level of 10 million to ensure the cleanliness of the filter element as much as possible.
Every process and every product in our reproduction process will be strictly controlled to ensure the quality of products. We have professional technicians who will select the appropriate material and filter element configuration according to the working conditions of the site.
Advanced laboratory equipment and professional technical team provide the best results and cost saving for O&M costs, dramatically increase product quality and yield. The material can be PP, PTFE, PES, PVDF, PFA.
Product features can choose a variety of filtration precision 0.1μm-25μm, to meet different filtration requirements, high flow rate, low precipitation, the unique filter material structure ensures the service life of the filter element, thereby greatly reducing downtime cost.