When we use electronics throughout the day, we rarely consider how they operate. Thinking about the inner workings of electronics can be mind-boggling as they are so small yet produce so much. From everything like a handheld electronic to security systems, there are electronic circuits making things run. These circuits must be protected. Read on to learn about why and how.

A printed circuit board (PCB) supports and connects electronic components within everyday devices. There are water resistant phones and waterproof watches, but how are the printed circuit boards protected? Waterproofing the board by coating it adequately is extremely important. Any missed point is a potential shorting point. Here’s how you can waterproof a printed circuit board with parylene.

Not so very long ago, it was hard to even imagine being able to travel cross-country in a day, let alone traveling across the world. And space travel was the subject of fictional stories. Today, all three of those goals have been realized, and, although you may not know it, it's possible, in part, to parylene.

As our electronics advance, they become smaller and smaller. The inner workings of electronics, however tiny, still need to be protected. Printed circuit boards, or PCBs, are the little pieces that make electronics run. To protect them from outside threats, they are covered in what is known as a conformal coating, or a non-conducive film covering. Parylene is a unique conformal coating that is applied as a vapor. Read on to learn more.

Conformal coatings are all around us in everyday objects and still most people don’t know what it is. Electronics need to be protected from environmental threats such as dust, water, temperature, and chemicals. To protect the printed circuit boards (PCBs) that make these electronics run, they are covered in non-conductive film, otherwise known as a conformal coating.

Technology is an ever-expanding industry, and nowhere is this more evident than in the innovations of our automobiles. Cars have come a long way, and so have their complicated inner workings. As the tech gets more advanced, so too must the protection of every delicate part. That is where parylene conformal coating comes in.

Aircrafts are internally and externally exposed to many atmospheric changes. To protect parts ranging from small electronics to broader applications, parylene is used as a conformal coating. Here are four reason aerospace applications use parylene.

A PCB, or printed circuit board, connects and powers electronics large and small. These components are delicate and need to be protected accordingly. Here’s your guide to conformal coating for PCB’s.

In the world of conformal coating, there are many to choose from. Each boasts their unique protection traits and what sets them apart from the others. So it's important to break down what your product's specific need is. In other words, what does your product need to be protected from the most? Water, extreme temperatures, or maybe even gases.

When applying a conformal coating, there are components whose functionality would be disrupted by the coating. To prevent this, a masking process is used. This masking is applied to connectors, header pins, plugs, and sockets.