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02136 In-Process Corrosion Control

Picture for 02136 In-Process Corrosion Control
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Product Number: 51300-02136-SG
ISBN: 02136 2002 CP
Author: Joseph Menke
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In-process corrosion occurs on stock from the mill, on parts that are fleshly machined or fabricated, on pretreated material in the painting shop and on finished items in storage or transit. In each stage, attention must be paid to adequately provide corrosion control for the material. Corrosion control is the effort involved in eliminating deterioration after the part has been "finished." In the fabrication process, after every operation, the part can be considered a finished item depending on who is performing that operation. Environments that can be encountered by in-process parts will be discussed throughout the paper. Corrosion control methods/packaging concepts used at various stages will also be discussed. Experience has shown that the timeframe for in-process parts can vary from as little as 24 hours to as much as 3 years. This makes selecting the corrosion control method/packaging very difficult. Materials include metallic and non-metallic items to be used in construction of hardware. Keywords: In-process corrosion, environments, general corrosion, vapor corrosion, machining coolants, crevice corrosion, volatile corrosion inhibitor (VCI), packaging, phosphate coating, painting and rest preventive oils.
In-process corrosion occurs on stock from the mill, on parts that are fleshly machined or fabricated, on pretreated material in the painting shop and on finished items in storage or transit. In each stage, attention must be paid to adequately provide corrosion control for the material. Corrosion control is the effort involved in eliminating deterioration after the part has been "finished." In the fabrication process, after every operation, the part can be considered a finished item depending on who is performing that operation. Environments that can be encountered by in-process parts will be discussed throughout the paper. Corrosion control methods/packaging concepts used at various stages will also be discussed. Experience has shown that the timeframe for in-process parts can vary from as little as 24 hours to as much as 3 years. This makes selecting the corrosion control method/packaging very difficult. Materials include metallic and non-metallic items to be used in construction of hardware. Keywords: In-process corrosion, environments, general corrosion, vapor corrosion, machining coolants, crevice corrosion, volatile corrosion inhibitor (VCI), packaging, phosphate coating, painting and rest preventive oils.
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Picture for 01348 CORROSION SIMULATION FOR THE PROCESS
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01348 CORROSION SIMULATION FOR THE PROCESS INDUSTRY

Product Number: 51300-01348-SG
ISBN: 01348 2001 CP
Author: Andrzej Anderko and Narasi Sridhar
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Picture for 04257 Control of Corrosion and Service Life
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04257 Control of Corrosion and Service Life

Product Number: 51300-04257-SG
ISBN: 04257 2004 CP
Author: Vinod S. Agarwala, Naval Air Systems Command
Publication Date: 2004
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Service life of any weapon system depends upon factors that impart long-term durability and robustness to its structure and subsystems, while sustaining its functional properties. The paper describes basic principles and guidelines on corrosion control and rules that could be easily followed to ascertain some specified service life and reduce total ownership costs.
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51315-5733-Corrosion Control by pH Stabilization

Product Number: 51315-5733-SG
ISBN: 5733 2015 CP
Author: Stein Olsen
Publication Date: 2015
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