High Temperature Resistance ULPA Air Filter And Ultra-fine Glass Fiber Media Maximum Operating Temperature 200°C

Product Description:

The high temperature resistant ULPA filter is an air purification device that can efficiently filter dust particles such as particles, smoke and microorganisms in the air at high temperatures. Its filtration efficiency is extremely high, and the filtration efficiency of 0.1~0.2 micron particles can reach more than 99.999%. This filter is usually made of ultra-fine glass fiber or synthetic fiber as filter material, after a special process folding molding, and through polyurethane adhesive tightly bonded to aluminum alloy, stainless steel or galvanized copper plate and other materials on the frame

Features:

High temperature resistance: High temperature resistant ULPA filters can withstand temperatures up to 250°C and above, suitable for high temperature environments.
High efficiency filtration: Its compact structure, high filtration efficiency, the removal rate of particles above 0.3 microns can reach 99.9999%.
Fracture resistance and low risk of leakage: The filter material has stronger fracture resistance and reduces the risk of leakage.
Lightweight design: Lightweight materials such as aluminum alloy are used for easy installation and maintenance.
Chemical corrosion resistance: Some high temperature resistant ULPA filters also have good chemical corrosion resistance

Technical Parameters:

Applications:

High temperature resistant ULPA filters are widely used in the following fields:
Pharmaceutical industry: Used for high-temperature sterilization tunnels, drying rooms and other equipment to ensure that the drug production environment meets GMP requirements.
Food industry: In tunnel stoves, industrial ovens and other high-temperature processing equipment, to prevent food contamination.
Automotive painting industry: Filter the dust and oil mist in the air in the high-temperature drying room to ensure the quality of painting.
Electronics industry: Used in high-temperature welding, drying and other processes to ensure high cleanliness of the production environment