Xi'an Zhongxing Materials Co., Ltd. (Contact: Yu Baoyan 18509217851) was established in 1997 and is affiliated with Xi'an University of Architecture and Technology. The company's various products have obtained more than 20 national patents.

The company mainly produces and sells: bimetallic composite wear-resistant pipelines (elbows, straight pipes, special-shaped pipes), high-strength overlay welding wear-resistant pipelines, filling pipelines, wear-resistant liners, overlay welding wear-resistant grinding discs, and overlay welding wear-resistant grinding rollers.

A 202-acre production base has been built in Tongchuan, Shaanxi, and the various products produced are sold to power plants and major mines nationwide (such as Gansu Jinchuan Group Co., Ltd., Tongling Nonferrous Metals Holding Group Co., Ltd.; Anhui Sinosteel Group Co., Ltd.; various branches of China Aluminum Group).

Characteristics of the wear-resistant pipelines produced (using the lost foam vacuum suction casting process): 1. Excellent comprehensive performance (resolving the conflict between weldability and wear resistance that is difficult to balance with single materials, maximizing material performance advantages, ensuring safe and reliable use, with a service life of generally over 80,000 hours in coal powder pipelines in power systems)2. High wear resistance (macro hardness of the wear-resistant layer above HRC50)3. Strong corrosion resistance, high temperature resistance 4. Advanced and stable composite process (these wear-resistant pipes are manufactured using the lost foam vacuum suction casting composite process, avoiding issues like sand washing and sand inclusion common in traditional sand casting processes; due to casting under a vacuum system, defects such as pores are also eliminated.)5. Low operational resistance in pipeline systems, aesthetically pleasing appearance (elbows and various other special-shaped pipes can be fully composite. This changes the traditional method of making elbows and other special-shaped pipes with folded lines, without altering the movement trajectory of materials in the elbows, resulting in lower resistance and reduced energy consumption)6. Good thermal shock resistance 7. Easy transportation, installation, and use (lost foam vacuum suction cast composite wear-resistant pipes can be installed using flanges, quick couplings, direct welding, etc.).

High-strength overlay welding wear-resistant pipes use steel pipes as the base, with professional CNC welding equipment applying an automatic fusion welding process on the inner wall (working surface) to form a wear-resistant layer. Their characteristics: 1. True metallurgical bonding, as the wear-resistant welding wire is evenly welded onto the base steel pipe, effectively forming a metallurgical bond without separation or peeling of the liner and outer pipe; 2. High wear resistance, long service life, with Cr7C3 hard compound volume fraction above 50%, providing higher wear resistance; 3. Good impact resistance; 4. Low operational resistance in pipelines; 5. Large single supply length, formed without welding; 6. Good thermal shock resistance; 7. Thin inner wall, lightweight, facilitating installation, transportation, and maintenance.

The bimetallic wear-resistant pipelines developed and produced by our company resolve the conflict between toughness, weldability, thermal shock resistance, and wear resistance that is difficult to balance. We have invented several new processes for the integrated large-scale preparation of pipeline composite products, solved the problem of overall compositing of special-shaped pipelines, addressed the challenge of metallurgical bonding in metal-metal composites, and resolved the lifespan design issues of pipe and cylinder flow components, offering product advantages unmatched by other wear-resistant pipelines.

Other wear-resistant composite products have also been widely used in mining, power, metallurgy, coal, building materials, and other industries, with positive feedback on their performance.

List of Major Users

 (1) Jinchuan Nonferrous Metals Group Co., Ltd. (2) Gansu Jiugang Group Co., Ltd. (3) Taiyuan Steel Self-owned Power Plant, Shanxi Province; (4) Taiyuan Steel Refractory Plant, Shanxi Province; (5) Large and Small Beneficiation Plants of Shaanxi Jinduicheng Molybdenum Co., Ltd.; (6) Ningxia Daba Power Plant; (7) Xiangtan Power Plant, Hunan Province; (8) Aixi Power Plant, Sichuan Province; (9) Lueyang Steel Plant, Shaanxi Province; (10) Zhongtiaoshan Copper Mine, Shanxi Province; (11) Hejin Power Plant, Shanxi Province; (12) Shanghai Baosteel; (13) Pingliang Power Plant, Gansu Province; (14) Yiyang Power Plant, Hunan Province; (15) Liaocheng Power Plant, Shandong Province; (16) Guangzhou Power Plant; (17) Dezhou Power Plant, Shandong Province; (18) Tianjin Panshan Power Plant; (19) Beijing Shijingshan Power Plant; (20) Guizhou Xishui Power Plant; (21) Heze Power Plant, Shandong Province; (22) Shihezi Power Plant, Xinjiang; (23) Xinjiang Bayi Steel Plant (24) Gansu Jiuquan Iron and Steel Company; (25) Jiangsu Xiaguan Power Plant; (26) Xi'an Xijiao Thermal Power Plant; (27) Xi'an Baqiao Power Plant; (28) Inner Mongolia Zhungeer Power Plant; (29) Qingdao Huangdao Power Plant, Shandong Province; (30) Tongling Nonferrous Metals Group Co., Ltd.; (31) Sinosteel Group; (32) China Aluminum Guangxi Branch; (33) Sanmenxia Aluminum Plant (34) Mitsubishi Corporation, Japan; (35) British BABCOCK Company; (36) British CLYD