During production, first-piece inspection and periodic sampling tests are required to monitor the hardness, elasticity, and appearance of silicone watch bands in real time and determine the degree of vulcanization.

Voltage fluctuations and harmonic interference from the mains power input can be transmitted to the lighting system through the power module, causing unstable flickering frequency.

While excessively high temperatures can accelerate the reaction, they can also lead to localized overheating, resulting in uneven cross-linking or molecular chain breakage.

During the production of silicone LED strips, the transparency and purity of the silicone must be strictly controlled to avoid impurities causing abnormal light scattering.

Some products undergo secondary vulcanization, which uses higher temperatures to further eliminate internal stress and improve the material's elastic recovery rate.

Through self-adhesive or slot design, the silicone sealing strip can be quickly fixed to the faucet surface without the need for complicated tools.