Oil Mist Filter for Vacuum Pump, High-Efficiency 95% Filtration, KF25 Quick-Release Flange, 15.75-Inch Oil Drain Pipe, Exhaust Filter for Industrial and Lab Use

Oil Mist Filter for Vacuum Pump, High-Efficiency 95% Filtration, KF25 Quick-Release Flange, 15.75-Inch Oil Drain Pipe, Exhaust Filter for Industrial and Lab Use

• 1.This product is not recommended for industries that have excessively high environmental requirements, as there may still be oil mist spillage. 2.Please note that this product cannot be used with gaseous substances with which PC is chemically reactive. 3.Please note that the pump will need the KF25 connection and a clamp set(not included) to mate with this filter. It’s pretty common on large vacuum pumps.
• Premium High-Efficiency Oil Mist Filtration: Effectively filter oil mist from vacuum pump exhaust with up to 95% efficiency. This oil mist filter significantly reduces air pollution in industrial, laboratory, and pharmaceutical settings, ensuring a cleaner work environment.& Durability: Made of high-quality PC material, this filter resists deformation, aging, and high temperatures. Its wear-resistant construction ensures long-term reliability and stable performance.
• Premium Material & Durability: Made of high-quality PC material, this filter resists deformation, aging, and high temperatures. Its wear-resistant construction ensures long-term reliability and stable performance.
• Clear Shell for Easy Monitoring: The transparent design allows you to check the filter’s condition at a glance, making maintenance more convenient. Replace the filter in time to maintain optimal efficiency.
• Easy to Install: With a space-saving design, this oil mist filter fits most vacuum pumps without taking up excess room. The KF25 quick-release flange ensures hassle-free installation and removal.
• Versatile Applications: Ideal for industrial production, laboratories, chemical plants, and pharmaceutical facilities. Designed for vacuum pumps with a pumping speed of ≤2.11Gal/s, offering broad compatibility and effective filtration.