Parts Cleaning
Get Your Products Noticed with the Powder Coated Tough Mark
Since the Powder Coated Tough Mark was introduced in the spring of 1998, over 400 powder coating businesses, including 134 manufacturers of powder coated products, have signed up for the Powder Coated Tough Mark program.
Read MorePowder Coating Materials Deliver a World of Colors, Textures and Effects
In the past several years, research and development in powder coating materials has resulted in new formulations that have paved the way for powder in directions previously only accessible to liquid coatings. Following a brief look at the types of materials used in powder coatings is a summary of the versatility of today’s powder coatings.
Read MorePowder Application Methods Offer Improvement and Perfection
Concurrent with the technological advancements made in the formulation of powder coatings, are new and innovative ways to apply the powder, and improve powder application efficiency. Details on these application methods follow.
Read MorePowder Coating Expands Its Coverage in the 21st Century
Powder coating remains the fastest growing industrial finishing method in North America, currently representing about 15 percent of the total market. About 5,000 industrial finishers in North America apply powder to a countless array of products for a high quality and durable finish, resisting scratches, corrosion, abrasion, chemicals and detergents. The powder coating process also maximizes production, cuts costs, improves efficiency and offers maximum compliance with environmental regulations.
Read MorePassivate Using Different Materials
Can I passivate assembled parts with two different materials?
Read MoreNanoceramic Pretreatment
I have been informed about nanoceramic pretreatment prior powder painting. Any experience? Is it really good? Where is the catch?
Read MoreIron Phosphate—Rinsing Required?
My question is must iron phosphate be rinsed before painting. What problems might I have if not rinsed?
Read MoreHydrogen Embrittlement Problems
We are buying screws according to customers specs. The manufactured parts then go through the following steps: remove the copper, heat treatment, and passivation. After all this, the parts come to the final test. The result is hydrogen embrittlement which now means that the parts are scrap. What can be the reason of this problem and is there a change to retreat the parts?
Read MoreThe Importance of Powder Booth Filtration
Choosing a powder filter is a lot like buying new tires.
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