Innovation and Standard Participation

We adhere to industry-academia-research integration, with R&D investment covering the process chain from macro equipment to micro testing. The "Deep-Sensing Micro-Indentation Testing Technology—Palm-sized Mechanics Laboratory" jointly developed with universities can non-destructively, conveniently and rapidly test mechanical properties, residual stress and fracture toughness, and won the Gold Medal at the International Exhibition of Inventions of Geneva. This technology extends our innovation capability from production equipment to underlying process analysis and quality control. We have also participated in the development of several national and industry standards: · GB/T 30583-2026 Code for Post-Weld Heat Treatment of Pressure Equipment — core technical contributor, with the indentation energy difference method written into Appendix G · T/CSTM 00824 Determination of Residual Stress in Pressure Equipment — Indentation Energy Difference Method — one of the drafting units · T/CSTM 00826 Code for Induction Heating Post-Weld Heat Treatment of Pressure Equipment Participating in standard development is a process of exchange and learning with industry peers, and also helps us more accurately understand compliance requirements and technology trends.