Waterproof and breathable for semiconductor, headset, automobile headlight, mobile phone and other electronic and electrical industries
Unlike other methods, ours delivers reliable venting performance that effectively blocks contaminants – like water, dust and dirt - that can degrade performance.
It effectively equalizes pressure under both normal and extreme operating conditions, averting stress on seals.
Because our vents are fast and easy to install, you can save both time and labor costs.
With the progress of society, precision electronic and electrical products have higher and higher requirements for waterproof and breathable. On the one hand, it can keep the internal air of electronic products smooth, constant internal and external pressure, and on the other hand, it has good waterproof property to prevent electrical components from getting wet. ePTFE microporous membrane can well meet such requirements.
The developed electronic waterproof breathable membrane is a staggered structure of fibers, with a porosity of more than 85%. The air can flow smoothly, effectively ensuring the flow of gas. Membrane pore size is 0.1-1 μ m. It can effectively block water droplets, and the waterproof grade can reach IPX7 or above.
It can also perfectly intercept bacteria and particles in the air, ensure the internal and external pressure difference of electronic appliances and the cleanness of the internal environment, and make its service life longer; The film has good rigidity, moderate density and small sound insulation loss, which can effectively improve the service life of electronic products, reduce defects, and maximize product performance and quality.
Our product can help enhance component reliability and longevity by offering life-of-vehicle condensation reduction, pressure equalization and ingress protection for headlamp, rear lamp, fog lamp and accessory lamp assemblies.
Protection vent material from Unm help solar energy systems run more reliably. Our vents repel water, dust and dirt, and allows the device to breathe during heating and cooling cycles.
Reduce pressure build-up and allow heat to escape the enclosure because the air-permeable structure acts as a pressure-relief valve and protects the enclosure seals from premature failure.