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15

2026-01

New Breakthrough in Scientific Research: A High-Entropy Alloy with Wide Temperature Range and Excellent Wear Resistance Is Developed, Pioneering a New Trend in Wear-Resistant Materials.

An innovative technology aimed at addressing the challenge of wear in critical industrial equipment—the low-friction, ultra-wear-resistant nanodiamond coating material—has recently achieved successful engineering demonstration applications.

2026-01-15

New Breakthrough in Scientific Research: A High-Entropy Alloy with Wide Temperature Range and Excellent Wear Resistance Is Developed, Pioneering a New Trend in Wear-Resistant Materials.

15

2026-01

High-performance alloys and industry trends

New Breakthrough in Scientific Research: A High-Entropy Alloy with Wide Temperature Range and Excellent Wear Resistance Is Developed, Pioneering a New Trend in Wear-Resistant Materials.

2026-01-15

High-performance alloys and industry trends

15

2026-01

Advanced Coatings and New Materials Field

Breakthrough: Domestically developed amorphous metal-ceramic and nanodiamond coatings have achieved engineering-scale applications.

2026-01-15

Advanced Coatings and New Materials Field

28

2022-07

The Lanzhou Institute of Chemistry, Chinese Academy of Sciences, has achieved a breakthrough in high-temperature wear-resistant technology; a new type of ceramic achieves “negative wear.”

On May 13, 2025, the Lanzhou Institute of Chemical Physics, Chinese Academy of Sciences, announced a major breakthrough in the field of high-temperature wear-resistant materials. The Ti₄MoSiB₂ quaternary layered boride ceramic material developed by the institute has successfully addressed the industry's longstanding challenge of simultaneously achieving both excellent mechanical properties and superior wear resistance—a challenge that has long plagued conventional materials.

2022-07-28

The Lanzhou Institute of Chemistry, Chinese Academy of Sciences, has achieved a breakthrough in high-temperature wear-resistant technology; a new type of ceramic achieves “negative wear.”

10

2022-01

The domestically produced Fe10W alloy solves the wear resistance challenges in construction machinery, increasing service life by several times.

On October 17, 2025, Hunan Bohou New Materials Co., Ltd. launched Fe10W—a new alloy material that provides a domestically produced solution for upgrading wear-resistant components in construction machinery, effectively addressing the industry’s longstanding pain points of traditional materials being “hard yet brittle” and “tough but not wear-resistant.”

2022-01-10

The domestically produced Fe10W alloy solves the wear resistance challenges in construction machinery, increasing service life by several times.

12

2021-11

Wodun wear-resistant pipe provides protection for a 30,000-ton dredger, overcoming the challenge of deep-sea abrasion.

In September 2025, the 30,000-cubic-meter hopper-type cutter suction dredger built by Zhenhua Offshore Engineering achieved full-through hull completion. The wear-resistant pipeline system installed on this vessel was custom-designed by Tianjin Wodun Wear-Resistant Materials Co., Ltd., successfully overcoming the extreme wear challenges associated with deep-sea operations.

2021-11-12

Wodun wear-resistant pipe provides protection for a 30,000-ton dredger, overcoming the challenge of deep-sea abrasion.
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Hunan Electric Power Wear-Resistant New Materials Co., Ltd.

Company Address: Zhanqian Road, National Ningxiang Economic and Technological Development Zone

Phone:+8673185855526

Email: sales@hndlnm.com

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