Plating Chemistry Testing, Treatment Products
According to Brenntag North America, as plating chemistry evolves and soils requiring removal from the cleaning, lubrication and cooling processes change, it is necessary to run testing procedures pertaining to the coagulation, flocculation and precipitation processes of various metals of concern.
#surfin
Share
According to Brenntag North America, as plating chemistry evolves and soils requiring removal from the cleaning, lubrication and cooling processes change, it is necessary to run testing procedures pertaining to the coagulation, flocculation and precipitation processes of various metals of concern. The testing performed by metal finishing facilities focuses on results derived from utilization of the physical process of the waste treatment system, as well as the chemical process utilized, and any post-treatment filtration process prior to discharge to the publicly owned treatment work (POTW) or National Pollutant Discharge Elimination System (NPDES) approved receiving stream. Operators of all experience levels can gain additional knowledge on this topic, as well as treatment products, by visiting Brenntag’s booth.
Brenntag North America Inc. | 610-926-6100 | www.brenntag.com | Booth 335
RELATED CONTENT
-
Black Chromium Finishing: Beauty and the Beast
Over the past 10 years, there has been commercial development of black chromium deposits from a trivalent chromium electrolyte. This paper will review the deposit characteristics and operational consideration of these similar, but different chromium plating deposits.
-
Direct Copper Metallization of Aluminum: Elimination of Zincate
This article discusses the development of a new copper plating bath that can deposit high ductility copper metal directly on a wide range of aluminum alloy substrates. The process is particularly important for general metal finishing companies looking to plate aluminum parts for aerospace industry.
-
Electroless Nickel-plated Steel versus Stainless Steel: Case Studies
This paper highlights two case studies of manufacturers that have replaced, or done studies to replace, stainless steel with electroless nickel-plated mild steel. In both cases, cost savings could be realized while maintaining or improving product quality.
