An IP-rated membrane equalizes pressure to prevent swelling and contracting, while the metal disc or vent activates within milliseconds for rapid, full-bore pressure relief.
Both breathing and outgassing can be funneled though a single device, venting all gases from a common location. This improves your ability to control and disperse flammable vent gases.
The breathing area is scalable to fit different pressure equalization requirements. The number, size and shape of venting holes can increase or decrease the breathing area depending on the flow requirements of a particular enclosure.
Eliminating additional components means you have less inventory to manage and fewer components to assemble. This enables a less expensive battery enclosure, while the simple and clean battery design is quicker to assemble and easier to integrate.
Two case studies demonstrate how our innovative designs and collaborative engineering approach solved some common challenges in switchgear design and operation.
Versatile: Dual-Gard technology combines with vents and discs
Adaptable: Low profile design with customizable bolt holes and patterns
Customizable: Adjust flow rates as required
Durable: IP-rated membrane maintains enclosure integrity
Never compromise on safety, design or performance
A unique solution for safer, cleaner energy storage