Static electricity is useful but dangerous. It is the energy that makes your hair stand on end. On its own, it is not dangerous. Risks occur when it suddenly discharges causing a spark or lightning. The spark can set off flammable items or damage electronics. Humans won’t even feel static electricity unless the discharge – the “static shock” – is at least 3500 volts. And that’s just a quick nuisance to us. Sensitive electronic components can be damaged by an electrostatic discharge as low as 20 volts. Static build up is a product of contact and separation between two solid surfaces. From the contact, one item loses electrons becoming positively charged. While the other gains electrons, becoming negatively charged.
Controlling electrostatic discharge (ESD) is an important aspect of ensuring the quality of electrical components throughout manufacturing processes. By nature, some electronics are more sensitive to static than others, which is why many manufacturing plants have special environments like cleanrooms for keeping static at the lowest possible levels. While it’s equally important to protect electronics against ESD after manufacturing, such as throughout transport and device assembly procedures, controlling the levels in critical manufacturing environments is the first step to keeping your components intact.
There are countless areas throughout manufacturing and industrial environments which need to be cleaned regularly. However, many of these are tight, hard-to-reach or delicate spots, and regular cleaning tools are simply too large or cumbersome to do the job. For these reasons, many companies turn to foam-tipped applicators for precise, effective cleaning.
What is a Cleanroom?A cleanroom is a controlled environment used in manufacturing, laboratories, scientific research, pharmaceutical, and other industrial applications. Cleanroom environments have controlled, low levels of environment pollutants and contaminates. The cleanliness of cleanrooms are me