Stable and superior product performance is inseparable from standardized production processes and strict quality testing systems. As a professional manufacturer of bimetallic composite wear‑resistant parts, ATW has independent R&D, production, and testing capabilities, with a professional technical team of senior engineers who have been deeply engaged in the wear‑resistant material industry for more than 30 years. We rely on advanced industrial additive manufacturing and composite welding technology to create high‑quality wear‑resistant products that meet international industrial standards.
In the production link, ATW is equipped with a full set of advanced professional equipment, including vacuum welding furnaces, powder bed laser automatic composite additive manufacturing equipment, plasma surfacing welding machines, intelligent heat treatment furnaces, CNC lathes, precision surface grinders, hydraulic leveling machines, shot blasting machines, and laser processing systems. The entire production process from raw material screening, alloy proportioning, composite forming, heat treatment to finish machining is independently completed in our factory, realizing one‑stop production and ensuring stable product quality and short delivery cycles of 10–30 days.
In terms of quality inspection, we have a complete set of professional testing and experimental equipment. Spectrometers and carbon‑sulfur analyzers ensure accurate alloy material composition; ultrasonic flaw detectors conduct internal nondestructive testing to eliminate internal cracks and defects; Rockwell and Leeb hardness testers guarantee stable hardness up to HRC ≥ 65. In addition, we are equipped with metallographic microscopes, American G65 standard abrasive wear testing machines, impact wear testing machines, and customized bending and drop ball impact testing equipment, which can independently complete various international standard performance tests.
All ATW products strictly pass multi‑process inspection before delivery. From raw material incoming inspection to production process monitoring and finished product performance testing, we implement full‑cycle quality control, ensuring that every batch of products meets the harsh working condition requirements of global heavy industries.