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The crushing knife in the mining industry is adapted to rough crushing, medium and fine crushing scenarios through differentiated design (tooth/cone/jaw), using high manganese steel and surface coating technology to enhance wear resistance, and ensuring continuous production needs through modular maintenance strategies, becoming the core equipment for efficient crushing and resource utilization of ores.

Rubber slitting blades achieve efficient and precise rubber material processing in industrial manufacturing, resource recycling and reuse, automotive manufacturing, medical electronics and other fields through high-strength materials, precise geometric design and intelligent control, promoting the green and high value-added transformation of industrial production.

Plastic granulator blades can handle various materials such as general plastics, engineering plastics, high-temperature materials, and recycled materials. They are widely used in the packaging industry, electronic appliances, automotive parts, medical industry, and other industries. By selectively selecting blade types and process parameters, plastic granulator blades can efficiently adapt to different industries and material needs, achieving high-quality particle production.

The precision rolling mill adjusts the gap between the rolling rolls to eliminate defects such as wave and bending in the strip, ensuring the flatness of the plate and achieving shape control and straightening of the steel strip. The precision rolling mill, through high-precision structural design and advanced surface treatment technology, has become the core component for improving strip quality and production efficiency in the straightening process.

Corrugated paper processing blades are used for corrugated paper processing, mostly for batch cutting of special-shaped cartons and gift boxes, as well as cutting of composite films (paper-plastic materials) to meet the diverse needs from packaging cartons to special materials.

Plastic crusher blades have become a key link in the plastic resource utilization industry chain by adapting to different equipment (such as single axis and double axis crushers) and scene requirements. Mainly used in the plastic recycling industry, agricultural environmental protection, industrial waste resource utilization, and multi industry collaborative applications.

In the slitting process of metal thin plates such as stainless steel, aluminum plates, and copper plates, as well as in the slitting of cold-rolled steel plates, hot-rolled steel plates, and pickled plates, spacers and washers are used to control the spacing between slitting blades and adjust the horizontal gap between upper and lower blades to ensure the accuracy of slitting width and cutting stability. They are indispensable components in widely used production. Welcome to ask us related questions

The blade of the hydraulic shearing machine is the core cutting component of the hydraulic shearing machine. Its function and working process: It consists of a moving upper blade and a fixed lower blade. The upper blade is driven by a hydraulic system to apply shear force to the metal sheet, while the lower blade provides support. The blade gap is adjusted reasonably, and the shear stress is used to break and separate the sheet according to the set size, thus achieving its cutting function.