For those who want to learn how to make screws! A textbook on screw-related technology, 'Textbook of Peripheral Technologies for Screws,' is currently available for free!

We would like to introduce "The Textbook of Technologies Surrounding Screws," which summarizes the manufacturing process of screws.
Screws are used in various machines such as transportation equipment and structures, but do you know how they are made? Even seemingly simple screw components have various characteristics depending on their applications and purposes, including materials, processing methods, and inspection methods. To choose the right screw for a specific use, it is important to understand the characteristics of each manufacturing process, as well as the inspection and evaluation tests.
The "Textbook of Technologies Surrounding Screws" series provides an easy-to-understand explanation of screw-making technologies with illustrations. If you are struggling with screw selection or want to learn about screw-making technologies, you can download it for free from the related catalog. Please take a look. Feel free to contact us with any inquiries.
[Contents]
◆ Mechanical properties of screw materials (iron, aluminum, stainless steel, etc.)
◆ Screw processing methods (forming, heat treatment, surface treatment)
◆ Inspection and evaluation tests to ensure screw "performance" and "quality"

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This technical document explains everything from screw materials to processing methods and evaluation methods in an easy-to-understand manner with illustrations. It discusses how to make screws, which is not as simple as their structure might suggest.
This document explains the mechanical properties of materials used for screws (such as iron, stainless steel, aluminum, titanium, and plastics).
This document explains the processing methods for screws (forming, heat treatment, surface treatment).
This document explains the inspection and evaluation tests necessary to ensure the "performance" and "quality" of screws.
Useful information about types of screws and terminology is published on the Daiichi Kogyo website.
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