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Parcolubrite or Chemplate
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I am looking for a supplier in Canada on a product called Parcolubrite or Chemplate with info on MSD of these products and proper temperatures with do's and don't. I am using Chemplate now for parts we manufacture but have hit and misses as we go as I am buying it second hand now. I had used Parcolubrite before and had better results but cannot remember where we got it from.
Help.
Pat Greenmanufacturing - Sexsmith, Alberta, Canada
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Parcolubrite is a trademark of Chemetall, so you should be able to get it from Chemetall-Oakite or one of their distributors.
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 Ted Mooney, P.E. finishing.com Brick, New Jersey |
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Parcolubrite is a Henkel Surface Technologies product. They have sales and manufacturing plants in Canada.
Paul Davis- New Castle, Pennsylvania
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I still say I am seeing it listed as a phosphatizing process offered by Chemetall. I guess it's time to call the trademark lawyers 
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 Ted Mooney, P.E. finishing.com Brick, New Jersey |
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Parcolubrite is tradename of Parker Chemical for a series of phosphating solutions. The most common one was Parco Lubrite #2 which was a widely used manganese phosphate process called out in many military and arms applications. Amchem and Parker merged way back that tied in Parcolubrite and Alodine tradenames and I know Henkel owns rights to Alodine. As far as I know, while Oakite has fine zinc phosphate line, I don't believe that they have any manganese processes.
Chemplate was a job shop, I believe, mainly doing electroless nickel in the greater LA area. It was a company name rather than a process I believe.
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Milt Stevenson, Jr. Anoplate Corp  Syracuse, New York |
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I am looking for a detailed description of Parco Lubrizing.
Susan Maahsaviation technology - Tulsa, Oklahoma
April 21, 2010
PARCO LUBRITE is formulated to produce nonmetallic, oil-absorptive coatings on iron and steel bearing surfaces. These corrosion-resistant coatings consist chiefly of iron and manganese phosphates, and reduce wear on such articles as pistons, rings, liners, camshafts, tappets, motor blocks and similar bearing surfaces. Other beneficial effects may be summarized as follows:
A. Permits rapid break-in of moving parts without scuffing or welding by
preventing metal to metal contact between the bearing surfaces.
B. Increases lubrication of treated surfaces due to the oil-absorptive
coating.
C. Removes light metal scratches remaining from machining operations.
D. Retards corrosion.
- Oklahoma City, Oklahoma