Have you ever wondered what will happen if the semiconductor components of the LED get wet? The consequences would be disastrous, with chips absorbing moisture and damaging LEDs, PCBs, and other components. Make your lights do nothing more than work. Therefore, LEDs are suitable for working in dry and low temperature. To ensure long-term stable operation of LEDs in harsh outdoor conditions, the waterproof structure design of the lamps is crucial.
First of all, the waterproof technology of lamps is mainly divided into two directions: structural waterproofing and material waterproofing.
Structural waterproof means that after the structural components of the product are combined, it already has the waterproof function.
Material waterproofing is to keep the filling glue in place during product design to seal electrical components and use glue material to achieve waterproofing during an assembly. Two waterproofing designs are available for different product routes, each with their own advantages.
Therefore, the design of the Quantum Board uses waterproof technology flexibly and combines the advantages of structural waterproofing and material waterproofing technology to improve the long-term stability of lamps and reduce the failure rate of moisture. Takes advantage of strengths and avoid weaknesses to ensure long-term stable operation of the LED circuit.
Such a waterproof Quantum board light do you like?
Author
Kayla
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