High-Tech and Specialized Enterprise: The Core Competitiveness of Shandong Xinyuan Botong Wear-Resistant Materials Co., Ltd. in the Wear-Resistant Steel Plate and Welding Wire Industry
With more than 20 years of deep cultivation in the wear-resistant materials field, Shandong Xinyuan Botong Wear-Resistant Materials Co., Ltd. takes technological innovation as the core, the whole industrial chain layout as the support, and quality adherence as the bottom line. It has won the dual authoritative certifications of National High-Tech Enterprise and Specialized, Refined, Characteristic and Innovative Enterprise, and its laboratory has been rated as a Key Laboratory of Shandong Province. The company ranks among the top three in China in terms of production scale and total output value, and at the same time deeply explores the global market, becoming a benchmark enterprise providing a full range of products including wear-resistant steel plates, wear-resistant welding wires, customized wear-resistant parts and surfacing equipment. It continuously provides high-stability and high-adaptability wear-resistant solutions for multiple industries such as mining, metallurgy, electric power, ports and building materials, demonstrating the technical strength and global service capacity of Chinese wear-resistant materials enterprises.
In-depth Integration of Industry, University and Research to Lay a Solid Foundation for Technological Innovation
Technological leadership is the core foundation for enterprises to gain a foothold in the industry. Since its establishment, Shandong Xinyuan Botong Wear-Resistant Materials Co., Ltd. has always put scientific research and innovation at the top of its development priorities. After more than 20 years of deep cultivation in the industry, it has accumulated more than 20 patents, breaking industry barriers with hard-core technology. To accurately meet the cutting-edge needs of the industry, the company has built a long-term and in-depth cooperation platform with top domestic scientific research institutions and universities, cooperating with authoritative experts and scholars from Central Iron and Steel Research Institute, Beijing University of Technology, University of Science and Technology Beijing and other institutions to jointly carry out research and development on core issues such as the optimization of wear-resistant material formulas, the innovation of production processes and the upgrading of performance, accelerating the transformation of scientific research achievements into actual productivity. In the process of product research and development, the R&D team not only deeply cultivates its own scientific research accumulation, but also systematically analyzes the core advantages and technical characteristics of products from well-known international enterprises such as Voestalpine Böhler Welding (Germany), W A (UK) and Stellite (USA). It iteratively optimizes in combination with the working conditions of different global industries, and finally forms a product formula system with scientificity, advancement and practicality. After long-term laboratory experiments and market practice polishing, the product quality stability and wear-resistant performance adaptability are far higher than the conventional industry standards, providing more reliable technical support for global customers.
Independent Layout of the Whole Industrial Chain to Control the Core Lifeline of Quality
As the only enterprise in China with the capabilities of producing wear-resistant steel plates, manufacturing wear-resistant welding wires and processing various wear-resistant parts at the same time, Shandong Xinyuan Botong Wear-Resistant Materials Co., Ltd. has built a full-category product matrix, which can accurately match the diversified needs of customers in different industries; more importantly, the company is the only welding wire factory in China that independently produces high-carbon chromium iron powder, controlling product quality from the source through the whole industrial chain layout. High-carbon chromium iron is the core raw material of wear-resistant welding wires, and its purity and stability directly determine the key performances of welding wires such as welding process and wear-resistant life. To eliminate potential quality hazards, the company abandons the conventional mode of purchasing finished powder from the market and independently builds a high-carbon chromium iron powder production system - the raw materials are imported large lumps from Kazakhstan, and the standards are consistent with those used by major iron and steel and stainless steel enterprises, avoiding the mixing of impurities from the source; however, due to vicious competition, some high-carbon chromium iron powder in the current market is often mixed with a large number of oxides and production wastes, which easily leads to poor welding process and