Adhesive bonding between glass and base|Application plan of Elaplus adhesive in coffee pot
Adhesive bonding between glass and base | Application plan of Elaplus adhesive in coffee pot In the modern home appliance industry, coffee pots are not only daily necessities in the kitchen, but their design and manufacturing quality also directly affect the user experience and service life. As a key component, adhesive plays a crucial role in the manufacturing process of coffee pots, especially in the bonding between glass and base and the bonding of heating coils. Choosing the appropriate adhesive is crucial to ensure the high performance, stability, and durability of the coffee pot. As a leading high-performance adhesive brand in the industry, Elaplus has launched an adhesive solution specifically designed for coffee pot manufacturing. This article will delve into two key applications of Elaplus adhesive in coffee pots, namely the bonding between glass and base, and the bonding between heating coils. The recommended adhesives for use are SIPC 1859 and SIPC 1816. 1、 Application background of adhesives in coffee potsDuring long-term use, coffee pots are prone to a series of challenges such as heat resistance, water resistance, and wear resistance. Therefore, choosing the appropriate adhesive to solve these problems can greatly improve the quality and reliability of the product. Elaplus’s high-performance adhesive, with its excellent temperature resistance, moisture resistance, and strong adhesion, has become the first choice for many home appliance manufacturers, especially in the bonding parts of various materials such as glass, metal, and plastic. 2、 Adhesive between Glass and Base – Recommended Product SIPC 1859The glass body and base of a coffee pot often need to be firmly bonded to ensure the stability and service life of the entire structure. Due to the challenges of high temperature, thermal expansion, and long-term use that coffee makers often need to withstand, the choice of adhesive is particularly important. SIPC…