[Case Study] Achieved a design that stabilizes axial force within a 10% error margin.

Achieved a design that stabilizes axial force within a 10% margin of error with a locking washer and lubricant coating.

We would like to introduce a case where we proposed "Nord-Lock washers + Zorbest coating" to the manufacturing industry. While implementing measures to prevent failures caused by loosening screws, there was a challenge in wanting to achieve high precision in axial force using lubricants, as most anti-loosening products could not be used in conjunction with lubricants. After the proposal, we successfully manufactured vehicle parts with high difficulty in design, contributing to the reduction of labor in the lubricant application process. [Overview of the Challenges] - To meet the demands of the end user (railway company), the design of vehicle parts had to be more stringent than usual. - While wanting to prevent failures caused by loosening screws and achieve high precision in axial force, most anti-loosening products could not be used with lubricants. - Even if there were anti-loosening products that could be used with lubricants, the application process was labor-intensive. *For more details, please refer to the related links or feel free to contact us.

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