What should be noted when dispensers are used for dispensing in the electronic products industry?

With the development of industrialization and market demand, dispensers can now perform dispensing in many fields today, the most common ones being communication electronic equipment, LED lighting, white goods, automotive electronics and other related fields. Dispensing methods vary greatly depending on the application field of the dispenser. So, what should dispensers pay attention to when dispensing some electronic products?

We know that many electronic products are now composed of a series of electronic components, which are connected by metal parts. How can we perform dispensing without affecting the appearance of these products?

During processing, transportation, and storage, the surfaces of metals subjected to various heat treatments inevitably oxidize, resulting in the formation of a thick and uneven oxide layer. For heavily oxidized metal surfaces, the oxide layer is relatively thick and cannot be directly cleaned with solvents or treated chemically; mechanical treatment must be prioritized as the first option. Typically, treated metal surfaces exhibit high reactivity but are also prone to contamination by dust, moisture, and other substances. Therefore, the treated metal surfaces should be bonded using a dispenser as quickly as possible.The above points outline key considerations when using dispensing machines for certain electronic products. It is essential that all operators adhere to these guidelines, as they not only ensure the aesthetic quality of electronic devices but also contribute to significant adhesive cost savings.

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