As a conformal coating known for its reliability and longevity, parylene wasn't designed to come off easily. However, certain techniques can make removal safe, effective, and cost-efficient. Read on to find out why MicroBlasting might be your best option.
Parylene is among the strongest, safest, and most reliable conformal coatings. It can coat surfaces of many sizes and shapes, all while performing under even the most extreme conditions. Naturally, this is excellent while the coating is doing its job--but how do you remove something designed to be so strong and permanent? Today we'll cover parylene removal, which techniques to avoid, and what you need to know.
Parylene coating has applications that range from space travel to the creation of prosthetic limbs. As a result, it must be strong and reliable. Still, it must also be subtle--that is, capable of doing its work without interrupting the function or purpose of the substrate material. The good news is that thanks to a long list of impressive optical properties, parylene coating never gets in the way, even when high levels of precision are required to maintain safety, health, or accuracy standards.
Before you can decide exactly how to utilize parylene for your next project, you need to know all about this conformal coating--including its optical properties. Here's a closer look at what you can expect from parylene.
There are all kinds of conformal coating application techniques available, and each seems specific to a particular type of job or need. How do you know which is right for you? Today we'll give you an overview of some common options and help you make this important decision calmly and confidently.
You have a lot of options when it comes to conformal coating: which type to use, what process to try, and what steps to take. It can all start to feel a little overwhelming after a while. Today we're here to make things a little easier by explaining one conformal coating option: dip coating.
With so many types of conformal coatings, each being effective for specific job types, it can quickly become overwhelming to choose an option that has all the right benefits. Today, we'll take a closer look at three conformal coatings--silicone, urethane, and acrylic--and summarize what you need to know to make an informed decision.
To remove parylene coating safely, effectively, and efficiently, there are a few important things to keep in mind. Today, we'll cover the three basic types of conformal coating removal, as well as everything you need to know to be successful using each one.
Although parylene is one of the strongest and most reliable conformal coatings available, it is not necessarily "one size fits all." Read on to learn more about using a dimer for parylene--and how to know exactly what your unique project needs.