BBN supply the material hardox 400 steel chemical composition

The company has passed ISO quality management system certification, domestic advanced production technology, and high product batch stability. Selected materials, the source controls every quality link to ensure material HARDOX 400 steel product high quality. Use automated, scientific and systematic manufacturing processes to meet the different needs of customers. Become an excellent domestic steel plate manufacturer, serving customers all over the world.

BEBON cpompany practice new development concepts, expand in an all-round way, deepen reform and innovation, speed up transformation and upgrading, become stronger, better and bigger, accelerate the implementation of BEBON Steel's material HARDOX 400 steel industrial planning, and realize the revitalization and development of enterprises.Fully implement the corporate material HARDOX 400 steel market dominant position, comprehensively promote contractual management, and promote the transition from "internal production" to "market operation”.

On Nov. 1st, 2019, BBN material HARDOX 400 steel steel organized Delegation to visit Zhengzhou Children Welfare Institute, and to give sponsorship as well as concerns to the Children. The handicapped children is always a pain topic. With the development of the society, they also gets increasing concerns and help from all walks of life. Thankfully, our Government also gives high concern to the handicapped children and has built material HARDOX 400 steel Children Welfare Institutes all over the country to guarantee their lives.

In the use of wear-resistant plate, material HARDOX 400 steel, according to the different working environment, the severity of friction and wear is different. Moreover, the wear mechanism is different with different materials and working conditions. The well-known wear mechanisms include adhesive wear, corrosion wear, fatigue wear, erosion wear, fretting wear, impact wear and so on. The corrosive wear of wear-resistant plate refers to the chemical reaction or electrochemical reaction between the workpiece and the environmental medium to form corrosion products.