Vapor Deposition Corrosion Resistant Coatings Go Green

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Vapor deposition corrosion resistant coatings go green? You bet. Within a time of increasing awareness of our atmosphere, our concentrate on sustainable manufacturing, particular coatings are "greening" the market.

Perhaps your regulatory initiatives are automotive-related, like cvd coatings. Or, if you are inside the electronics market, it could be RoHS (restricted use of hazardous substances). That is our new reality.

Truth is, the green movement is swiftly becoming aspect of our collective conscience. And that means concentrate on energy, course of action, and chemical pollutants. So, can we nevertheless prevent corrosion on our operating parts? Even though we're moving away from materials like lead, cadmium, mercury or hexavalent chrome?

The answer is yes. As a result of newer coating processes out there nowadays. 1, named "PECVD" (Plasma Enhanced Chemical Vapor Deposition) also known as "PACVD" (Plasma Assisted Chemical Vapor Deposition), this technology for surface engineering is confident to become a winner.

Right here, primarily, "clean" gases react with each other, or the metal substrate, to create thin film coatings with metallurgical-quality bond strength. Not to mention surface traits like exceptional hardness, resistance to wear, low friction and, not surprisingly, outstanding chemical corrosion protection. "DLC" (diamond-like coatings), nitride or oxide coatings are just some examples from the material sputtering.

Within a time when other coating processes can typically need hazardous forms of cleaning, drying or curing, PECVD is usually a superb option. Not just is this an environmentally friendly process, but coating performance, also, is usually unrivaled.

In a time when "thoughts of green" are coming of age, where disposable goods, throw-away goods have to be managed, it is time for you to check out vapor deposition corrosion resistant coatings.

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