Few people know about plasma coatings and the benefits of this type of industrial covering. However, plasma coating is quickly growing in popularity, and it’s no wonder why—this method is highly effective and efficient. Read on to learn what plasma density is in industrial coating.
So, how does plasma coating work? At its simplest, your substrate material is blasted with a spraying material through a plasma flame. When the powdered material hits high heat, it accelerates forward and coats your product. Plasma coating is a tried-and-true technique for several industries, from automotive to firearm to aerospace.
Plasma is the fourth form of matter—and you already know about solids, liquids, and gases. Plasma is an ionized gas that can have varying concentrations of particles in a particular volume. This ratio of concentration to volume is how we measure plasma density. Plasma’s properties vary at different densities, so dialing in the proper density is vital to ensure your product obtains the correct benefits.
All our coating machines at ArmorLube already have their plasma densities calculated, so you don’t need to worry about setting them—they’ll work perfectly!
One of the most effective types of coating is DLC coating, otherwise known as diamond-like carbon coating. This is such a great option because it combines two of carbon’s best forms: diamond and graphite. The diamond properties give your product high toughness so it stays resistant to wear, tear, and abrasion. On the other hand, graphite allows your product to work well even when subjected to friction.
These two properties combine to make DLC coating machines perfect for use with firearms. When two firearm components quickly rub against each other, they won’t become damaged thanks to DLC’s resistance to friction.
Now that you know what plasma density is in industrial coating, contact ArmorLube to talk about our industrial coating machines—find out which one is right for your application.