Solution
In the market competition, some explosion-proof products appear, the product structure is simple, there are design defects, affecting the protective performance. Sinri Xinyu professional new energy explosion-proof valve, is a professional explosion-proof valve design provider, in line with the new energy international standards, and obtained relevant explosion-proof patents, excellent structure, easy installation, good safety protection performance, improve vehicle safety protection performance。
Sinri PACK protection has developed a battery-specific EPV explosion-proof venting component that can quickly relieve pressure and prevent explosion and prevent water and dust. In normal operation, it can quickly breathe; prevent the battery from heating and generate gas to increase the internal pressure, the battery pack is easy to drum, destroying the overall structure! When the gas reaches the critical point of the explosion-proof point, it is instantaneously connected to the outside, a large amount of gas is discharged, and a strong pressure inside the cavity is quickly released to avoid explosion or reduce explosion damage.
Protective products
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Auto parts protection products |
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ψ6.5 Waterproof and breathable cap for headlights |
Air permeability：760ml/min p=10kpa Protection level：IP67(Customizable） Proper temperature：-40℃-150℃ Water blocking pressure；-12kpa |
waterproof level：UL94VO Overall height；14mm Installation depth；12mm Thread specification/Color can be customized |
Specification：ψ36.5Breathable cap Model：SV-PO4QRP5B-H37L Material：TPR+PP+EPTFE（Color can be customized） |
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ψ7.5Waterproof and breathable cap for headlights |
Air permeability：760ml/min p=10kpa Protection level：IP67(Customizable） Proper temperature：-40℃-150℃ Water blocking pressure；-12kpa |
waterproof level：UL94VO Overall height；14mm Installation depth；12mm Thread specification/Color can be customized |
Specification：ψ7.5Breathable cap Model：SV-PO4QRP5B-H38L Material：TPR+PP+EPTFE（Color can be customized） |
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Application |
Advantage |
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1.Increase mean time between failures 2.Low maintenance cost 3.Less space required 4.Optimize the structure of the part 5.Support technology upgrade |
