
Technological innovation is the core driving force of enterprise development. For many years, Anhui Baolifeng Mechanical Equipment Co., Ltd. has consistently adhered to a technology innovation-driven development strategy, establishing a professional R&D team and focusing on key areas such as blade material improvement, process optimization, and new product development. The company has established long-term, stable strategic industry-university-research partnerships with Hefei University of Technology and other domestic universities. Through the deep integration of academic research resources and manufacturing experience, we continuously overcome technical challenges in the industry.
The company boasts an experienced and stable team of technical professionals, supported by a well-established collaborative R&D mechanism with universities. This ensures that our technological development consistently stays at the forefront of the domestic industry. In terms of raw material selection, the company rigorously selects high-end alloy tool steels including 6CrW2Si, Cr12MoV, D2, SKD11, H13, and others, ensuring stable and durable product performance. Simultaneously, we have independently developed new alloy tool steels H13K, HMB, and HMK, specifically tailored for high-intensity and complex operating conditions such as hot rolling and cold rolling.
Our self-developed new alloy materials offer four core advantages: high strength, high hardness, high toughness, and high hardenability, thoroughly addressing the common drawbacks of traditional blades such as excessive wear, susceptibility to fracture, and poor shearing precision. Shear blades manufactured from these materials deliver clean, burr-free cuts, significantly enhancing shearing accuracy and production efficiency, while reducing equipment maintenance costs and labor intensity. Their core performance and technical standards have reached internationally advanced levels.
Empowering products through research and driving development through innovation, Baolifeng will continue to deepen industry-university-research collaboration, continuously iterate core technologies, and deliver high-performance, high-quality industrial shear blades, providing the industry with superior integrated solutions.