Product Announcements:
Air Valves

M20x1.5 battery pack vent valves provide pressure equalization, waterproof protection up to IP68, and breathable sealing for EV battery packs and energy systems. Read more...

Milvent Vents prevent enclosure failures by equalizing pressure, reducing condensation, and blocking contaminants. Waterproof breather valves extend battery pack seal life for EV applications. Read more...

The TA238-R is a MIL-Spec, one-way relief valve designed for transit cases and similar applications. It provides high flow rates and is lightweight, durable, and corrosion-resistant. Read more...

High-performance powertrain venting system with dual-effect filtration, IPX9K protection, and two mounting options, ensuring reliability for both traditional and electric drive components in harsh environments. Read more...

High-performance metal vent valve for E-car battery packs with IP66 to IP69K waterproof ratings. Enables pressure equalization, prevents condensation, and blocks contaminants to extend seal life and improve reliability. Read more...

Compact breather and explosion-proof vent designed to protect lithium battery packs, ensuring safety, waterproofing, and reliable pressure relief in abnormal conditions. Read more...

The MIV-32MAEX Metal Battery Pack Vent Valve ensures pressure equalization, prevents condensation, and blocks contaminants in e-car battery packs, enhancing durability and performance. Read more...

High-performance automotive vents for traditional and electrified powertrains, ensuring reliable protection against water, dust, oil aerosols, and harsh environments. Read more...

Milvent snap-in battery pack vents provide waterproof, breathable, and pressure relief protection with IP68/IP69K performance for electric vehicle and energy storage applications. Read more...

Milvent battery vent valves equalize pressure, prevent condensation, and block contaminants, enabling safer and more reliable operation of battery packs and sealed enclosures in automotive and industrial applications. Read more...