As anyone who is involved in electronic manufacture will tell you, electronics components should be able to last. The glue potting machine is one of the wonderful inventions that has really come in handy in this regard. But why is it that this device is so vital in protecting electronic components?

An Additional Shield from the Elements
Electronic devices or components can be damaged by moisture, dust, chemicals and so many other agents. A glue potting machine sprays an adhesive layer over the components in order to prevent future damage. With this, the electronic gadgets are able to work under extreme conditions.

The glue potting machine produces a mechanical encapsulation for the shrink wrap pools of solder paste thereby improving their tensile strength and resistance to abuse. Even when used in a glue potting machine the components are buffed from the impact and thus will not fail when stressed by physical forces or vibration, hence enhancement of reliability.

Avoidance of Short Circuit Damage
With most of the electronics, a major drawback is the fact that the electronic components are likely to short circuit if conductive material is left inside them. The layer of protection that is incorporated in the heavy duty glue potting machine functions as a dielectric layer and in effect prevents the creation of such electric connections and thus eliminates the danger of such situations.

With the passage of time, electronic parts may have their performance diminished by their the environments they are subjected to. The repeated use of glue potting machine for potting ensures that every component is focused upon and is optimally potted maximizing its performance within the entire life cycle of the product.

Ease of Usage
The latest glue potting machines especially those from XINHUA have many enhanced controllable and customizable features. It makes a huge difference as there are better glue potting machines that allow shortening of glue shavings, for instance, the amount of glue dispensed or the type of resin composited.