Introduction of TEYUN Alligator Shear

Alligator Shear is named after its structural principle similar to that of an alligator. It is widely used in the cold shearing of waste materials such as round steel, square steel, angle steel, I-beam, plate steel, steel pipe, etc., the shearing of hot-rolled small steel, the shearing of rolled steel sections, and the shearing of waste steel bars, small briquettes, steel plates, and heavy waste of metallurgical furnace materials. In terms of working principle, the hydraulic pump provides pressure to drive the hydraulic cylinder to form a lever pressure, and after pre-pressing and locking, the main pressure cylinder acts on the shear pressure of the moving knife and the moving knife to achieve the cutting operation.

Design and Mechanism

Featuring a hinged jaw design, alligator shears utilize hydraulic systems to generate immense cutting force, often exceeding hundreds of tons. The upper blade, typically crafted from high-carbon steel for durability, pivots to shear metal against a fixed lower plate. Built with heavy-duty frames, these shears withstand repetitive stress, ensuring longevity. Safety enhancements like emergency stops and protective guards prioritize operator security during use.

Applications  

Widely used in scrap yards, alligator shears streamline recycling by reducing large metal pieces into compact forms for melting or transport. Construction sites employ them to cut rebar and structural components, while manufacturing plants leverage their precision for material shaping. Their versatility extends to processing diverse shapes—sheets, rods, and bars—enhancing their utility across sectors.

Advantages  

Compared to thermal or mechanical cutting methods, alligator shears offer unmatched efficiency and safety. Hydraulic operation minimizes manual labor, enabling high-volume processing with consistent accuracy. Their adaptability accommodates varying material thicknesses, with models ranging from portable units for on-site tasks to stationary machines for industrial settings. Additionally, they reduce waste by producing clean cuts, optimizing material reuse.

Conclusion

Alligator metal shears represent a fusion of power and precision, vital for modern metal processing. By combining robust construction with user-centric safety features, they address the demands of recycling, construction, and manufacturing industries. As sustainability drives scrap metal recycling, these machines play a pivotal role in promoting eco-friendly practices, underscoring their enduring relevance in industrial applications.