Microwave Oven Bottom Plate Bonding Solution: High Temperature and Bonding Performance of SIPC 1856

In the home appliance industry, microwave ovens are one of the daily kitchen equipment, and the stability and durability of their internal components directly affect the product’s service life and safety. Especially in the bonding process of the bottom plate of the microwave oven, it is required that the adhesive not only maintains a strong bond at high temperatures, but also adapts to the powder coating process on the surface of the microwave oven bottom plate.Microwave oven bottom plate bonding Case sharingWhen producing microwave ovens, customers face a tricky bonding problem: the bottom plate of the microwave oven needs to be treated with powder coating technology to improve its surface hardness and wear resistance. But after powder coating treatment, the surface of the bottom plate is very irregular and prone to oil stains, which makes traditional adhesive glue unable to provide sufficient bonding force.In addition, the internal temperature of the microwave oven is extremely high during use, and the bottom plate, as one of the supporting components, is exposed to high temperatures for a long time. The adhesive material must have strong high-temperature resistance. If the glue fails at high temperatures, it may cause the bottom plate to loosen or even fall off, affecting user safety.Therefore, customers urgently need a glue that can solve the problem of insufficient adhesion of powder coated parts and withstand high temperatures, to ensure that the bottom plate of the microwave oven is always firm and reliable during long-term use.SolutionAfter in-depth research and testing, ELAPLUS recommends using SIPC 1856, a black adhesive designed specifically for precision bonding in high-temperature environments. With a viscosity of 70000 CPS, it can provide strong adhesion on powder coated surfaces without sinking or deformation.RTV 1856 alcohol free silicone adhesive sealant is a neutral silicone sealing material that absorbs moisture from…