AMS-C-26074 PDF

It is recommended, therefore, that this specifications not be specified for new designs. The Aerospace Materials Division, however, does not recommend these specifications for future use in new designs. Similar but not necessarily identical processes are covered in the following specifications. AMS-CB is therefore reinstated and is designated as a noncurrent document. The use of this report is entirely voluntary, and its applicability and suitability for any particular use, including any patent infringement arising therefrom, is the sole responsibility of the user. SAE invites your written comments and suggestions.

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Prices subject to change without notice. About Us. Contact Us. Sign In. Standards Store. Purchase History. Currency display settings. Manage society memberships. Featured Products. View All Publishers. Quality Management. SCC Standards Store. Popular Standards Bundles. Drawing and Drafting.

Telecommunications Standards. AWS D1. Means, Inc. Complete Document. Detail Summary View all details. Price USD. Single User. In Stock. Need it fast? Ask for rush delivery. Most backordered items can be rushed in from the publisher in as little as 24 hours. Some rush fees may apply. Add to Cart. View Full Details and Buy. Complementary Documents and Links:. The coating is intended for use when hard and smooth surfaces are required on coated parts.

Excellent uniform deposits are produced on irregular parts. Coated parts--that is, those parts used in air compressors, missile-fuel injector plates, pumps, reciprocating surfaces, and so forth are protected from oxidation, corrosion and wear. With aluminum electronic devices, not only is product contamination prevented, but the coated parts facilitate soldering when used in conjunction with a mildly activated RMA or activated RA rosin flux.

Coated parts of stainless steel similarly facilitate brazing. Browse Publishers. Top Sellers. My Account. Corporate Sustainability. Investor Relations. All Rights Reserved. Update Cart. Create New Account.

LY4 OMRON PDF

Electroless Nickel Plating

There are four 4 different classes and three 3 different grades of electroless nickel plating used throughout the industry to meet different specifications. The class of an electroless nickel plating refers to the post-plating heat treatment process that is used; the grade of an electroless nickel plating refers to its thickness. Heat treatment after electroless nickel plating provides evidence of proper adhesion and improves the crystalline structure of the amorphous deposit for greater hardness. Six heat-treat classes are available. Class 1 is for electroless nickel coatings that require no heat treatment.

HCPL 7850 PDF

MIL-C-26074 E Electroless Nickel Plating

Electroless nickel plating is an process that codeposits a nickel-phosphorous alloy without need for an externally applied electrical current. The electroless nickel plating process occurs from a chemical reduction of the nickel ions within the electroless nickel solution onto a metallic substrate rather than deposition of the ions from an applied current. As a result, the electroless nickel deposit is free of many of the problems associated with traditional electrolytic nickel including edge buildup and non-uniform coating. Electroless nickel deposits are extremely uniform, corrosion and erosion resistant and provide excellent lubricity. APT offers loose-piece barrel, rack and vibratory electroless nickel plating on nearly any metallic substrate including nearly any ferrous, cupreous and aluminum alloys as well as many exotic alloys. The electroless nickel phosphorous content affects the properties of the deposit significantly including hardness, corrosion resistance and magnetism.

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