News-Zhengzhou Xinli Wear-resistant Materials Co. Ltd.

HOW WE WORK

Research progress in the application of nano-zirconia composites

Research progress in the application of nano-zirconia composites Due to their unique properties, nano-zirconia composites are widely used in many fields. The following will introduce in detail the research progress in the application of ceramic materials, electronic devices, biomedicine and other fields.

Read More +

20
Nov.
2024

Research progress in the application of nano-zirconia composites
Research progress in the application of nano-zirconia composites Due to their unique properties, nano-zirconia composites are widely used in many fields. The following will introduce in detail the research progress in the application of ceramic materials, electronic devices, biomedicine and other fields.
Read More +
07
Nov.
2024

Exhibition time: 5 November – 8 November 2024！！！Come on!!
Zhengzhou Xinli Wear-resistant Material Co., Ltd. is looking forward to your arrival, and discuss with you the latest technology and market opportunities in the field of wear-resistant materials! Exhibition Address: Moscow Exhibition Centre Pavilion Address: 14, Krasnopresenskaya, 123100, Moscow, Russia Booth No.: PAV2.5 2E2303 Exhibition time: 5 November - 8 November 2024
Read More +
17
Oct.
2024

MITEX 2024: Zhengzhou Xinli Wear-resistant Material Co.
Moscow, 5 November 2024 - MITEX 2024, the Moscow International Tool Expo, will be held from 5 to 8 November 2024 at the Moscow Exhibition Center, 14, Krasnopresenskaya, 1231, Moscow. MITEX 2024 will be held from 5 to 8 November 2024 at the Moscow Exhibition Center, 14, Krasnopresenskaya, 123100, Moscow, Russia, and will bring together the world's leading manufacturers of hardware, tools, construction materials and industrial equipment to showcase the latest products, technologies and innovative solutions in the industry.
Read More +
30
Sep.
2024

Application of zirconium oxide in ceramic cutting tools
Zirconia is widely used in ceramic tool manufacturing due to its high hardness, high strength and wear resistance. Below we will introduce the application of zirconia in ceramic cutting tools in detail. 1. Improvement of tool hardness Zirconia's very high hardness can significantly improve the hardness of ceramic tools. By compounding zirconium oxide with other ceramic materials, ceramic tools with high hardness can be prepared to improve their wear resistance and cutting performance.
Read More +
10
Oct.
2024

How to choose the right white corundum grain size?
In industrial production, white corundum particle size selection is a crucial process parameter. The right grain size not only affects the appearance and quality of the product, but also relates to production efficiency and cost. In this article, we will discuss the selection method of white corundum particle size, to help readers understand how to select the most suitable particle size according to the actual needs, to enhance the production efficiency.
Read More +
19
Sep.
2024

Application of brown corundum micro powder in the field of abrasives
With the rapid development of modern industrial technology, abrasives, as an indispensable part of industrial production, has an increasingly wide range of applications. As an important part of abrasives, brown corundum micro powder, with its unique physical and chemical properties, plays an important role in grinding, polishing, lapping and other processes. This paper will introduce in detail the application of brown corundum micro powder in the field of abrasives, as well as its unique advantages and future development prospects.
Read More +

12 3 4 ›

News

Research progress in the application of nano-zirconia composites

Research progress in the application of nano-zirconia composites

Exhibition time: 5 November – 8 November 2024！！！Come on!!

MITEX 2024: Zhengzhou Xinli Wear-resistant Material Co.

Application of zirconium oxide in ceramic cutting tools

How to choose the right white corundum grain size?

Application of brown corundum micro powder in the field of abrasives