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A Multielectrode Array Sensor for Coating and Pretreatment Evaluation on Carbon Steels

Picture for A Multielectrode Array Sensor for Coating and Pretreatment Evaluation on Carbon Steels
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In this study a coupled multielectrode array sensor (CMAS) is used for coating and pretreatment evaluation on carbon steels. The preliminary testing results are summarized and discussed for further application.

Product Number: 51317--9011-SG
ISBN: 9011 2017 CP
Author: Yugo Ashida
Publication Date: 2017
Industry: Coatings and Linings
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$20.00
$20.00

In the production of suspension coil springs and stabilizer bars of automotive vehicles surface pretreatment such as zinc phosphate pretreatment and subsequent resin powder coating are critical processes to prevent the carbon steel substrate from corrosion and cracking. To retain the effectiveness of corrosion resistance and to reduce production cost and avoid overdesign of coating thickness it is very important to understand the correlation between localized corrosion and the protectiveness of coating and pretreatment. In this study a coupled multielectrode array sensor (CMAS) is used for coating and pretreatment evaluation on carbon steels. The preliminary testing results are summarized and discussed for further application.

 

Key words: Multielectrode Array Sensor, Carbon Steel, Zinc Phosphate Pretreatment, Coating Damage.

In the production of suspension coil springs and stabilizer bars of automotive vehicles surface pretreatment such as zinc phosphate pretreatment and subsequent resin powder coating are critical processes to prevent the carbon steel substrate from corrosion and cracking. To retain the effectiveness of corrosion resistance and to reduce production cost and avoid overdesign of coating thickness it is very important to understand the correlation between localized corrosion and the protectiveness of coating and pretreatment. In this study a coupled multielectrode array sensor (CMAS) is used for coating and pretreatment evaluation on carbon steels. The preliminary testing results are summarized and discussed for further application.

 

Key words: Multielectrode Array Sensor, Carbon Steel, Zinc Phosphate Pretreatment, Coating Damage.

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