PHR-G6 gear Rockwell hardness tester
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Hardness tester and consumables
Electronics and Electrical Engineering
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隐藏域元素占位
- Product Description
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- Commodity name: PHR-G6 gear Rockwell hardness tester
On-site use, no tooth sampling required
Unlike traditional hardness testing methods, this on-site testing technology does not require tooth sampling. Simply gently clamp the instrument onto the gear to test the surface hardness of the teeth. This not only greatly simplifies the testing process but also avoids gear damage caused by sampling.
Fast measurement, improved efficiency
This testing technology is favored by many manufacturers for its speed. In batch testing, each measurement is controlled within 1 minute. This means that you can complete more gear hardness tests in the same time period, significantly improving production efficiency.
Easy operation, easy to learn
The design of this instrument fully considers the user experience. The testing operation is very simple and convenient, just like using a common normal caliper. Simply clamp K teeth and move the force handle several times to quickly measure the surface hardness of the teeth at the gear pitch circle position. Even inexperienced beginners can master it in a short time.
Non-destructive testing, gear protection
Compared with traditional hardness testing methods, the test force of this on-site testing technology is very small. This means that during the test, almost no damage will be caused to the gear. This not only protects the surface quality of the gear but also extends the service life of the gear.
Uses Rockwell hardness testing principle, direct display HRC Rockwell hardness value, The test results are accurate and repeatable, with an error of no more than 2.0 HRC 。
In general, this new on-site gear hardness testing technology provides manufacturers with a highly efficient, convenient, and non-destructive solution. It can not only greatly improve production efficiency and reduce testing costs but also protect the surface quality of gears. It is believed that in the near future, this technology will be widely used in manufacturing, injecting new vitality into the development of manufacturing. Manufacturers may consider introducing this technology to improve their production efficiency and product quality.
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