Laboratory H14 Laminar Flow HEPA Filter

Product features:

The core advantages of this product lie in its ultra-high purification precision and stable performance. The H14 grade HEPA material can filter 99.995% of 0.12μm fine particles, effectively intercepting microorganisms, dust and other pollutants in the clean room, meeting the high-precision air purification requirements of biological laboratories and electronic chip manufacturing workshops. The aluminum alloy frame is light in weight and high in rigidity, which is convenient for installation and transportation, and the silicone rubber gasket ensures good sealing performance, avoiding air leakage and ensuring the stability of the purification effect. It has passed ISO 14644-1 and CE certifications, meeting the international cleanroom air purification standards, and is suitable for high-standard clean environment scenarios. The long service life of 18-24 months reduces the frequency of filter replacement and maintenance costs.

Product specifications:

This laboratory H14 laminar flow HEPA filter adopts H14 grade HEPA composite filter material, with a filtration efficiency of 99.995% for 0.12μm particles. The standard size is 600*600*150 mm, and custom size service is provided according to user needs. The net weight is 4.2 kg, and the frame is made of aluminum alloy, which has good corrosion resistance and rigidity. The operating pressure is 100-300 Pa, and the airflow is stable. The silicone rubber gasket ensures good sealing performance, avoiding air leakage and ensuring the purification effect. The service life is 18-24 months, and it needs to be replaced regularly according to the use environment. It is suitable for clean room grades of Class 100 to 10000, meeting the high-precision air purification requirements of various laboratory and clean room scenarios.

Product application:

This laboratory laminar flow HEPA filter is suitable for various high-precision air purification scenarios, including biological laboratories, medical operating rooms, electronic chip manufacturing workshops, pharmaceutical production clean rooms, food processing workshops and precision instrument testing rooms. It can provide high-purity air environment, effectively control the content of particulate matter and microorganisms in the air, meet the international cleanroom standards, ensure the accuracy and safety of experimental and production results, and create a healthy and safe working environment for scientific research and production.