www.pcimag.com/articles/95248-materials-bright-acid-zinc-plating-process-posted-6-6-07
MATERIALS: Bright Acid Zinc Plating Process - Posted 6/6/07
June 6, 2007
ENTHOBRITE® CLZ-970 bright acid zinc plating process has been introduced by Enthone Inc., a business of Cookson Electronics. The process is designed to provide the high productivity of a water-soluble process, while maintaining superior distribution and deposit properties at any chloride level.
ENTHOBRITE® CLZ-970 bright acid zinc plating process has been introduced by Enthone Inc., a business of Cookson Electronics. The process is designed to provide the high productivity of a water-soluble process, while maintaining superior distribution and deposit properties at any chloride level. According to the company, these characteristics result in a substantial increase in productivity and a dramatic decrease in zinc plating costs.
The process is specially formulated to provide improved plate distribution and optimized metal efficiency in continuous, high-throughput operations. The process has a high temperature tolerance that can operate as a potassium chloride, ammonium chloride or mixed system.
For more information, e-mail enthone@cooksonelectronics.com or visit www.enthone.com.
ENTHOBRITE® CLZ-970 bright acid zinc plating process has been introduced by Enthone Inc., a business of Cookson Electronics. The process is designed to provide the high productivity of a water-soluble process, while maintaining superior distribution and deposit properties at any chloride level. According to the company, these characteristics result in a substantial increase in productivity and a dramatic decrease in zinc plating costs.
The process is specially formulated to provide improved plate distribution and optimized metal efficiency in continuous, high-throughput operations. The process has a high temperature tolerance that can operate as a potassium chloride, ammonium chloride or mixed system.
For more information, e-mail enthone@cooksonelectronics.com or visit www.enthone.com.
