Application Areas：
Laser Strengthening blade can be applied to:
1. Laser Strengthening blade can be used in the double-shaft shredder, which can tear metal materials, such as steel bars, iron barrels, iron sheets and other difficult-to-shred materials. The wear resistance is about 5 times that of H13 cutters.
2. This type of knives can also be used in non-metallic biaxial shredders, such as refrigerators, tires, furniture and other materials. The wear resistance is about 2.5 times that of SKD11/CR12MO1V1.
3. For plastic products crushing motorized knife and fixed knife blade, as well as from single shaft shredder to fixed knife, the wear resistance is about 2 times that of SKD11/CR12MO1V1.

Description：
The main application in the modification of tool materials is melting treatment. The melting treatment is that the surface of the metal material becomes a molten state under the irradiation of a laser beam, at the same time，it solidifies rapidly to produce a new surface layer. According to the change of the surface structure of the material, it can be divided into alloying, melting coating, remelting refinement, glazing and surface compounding. Laser fusion is a surface modification technology that irradiates the surface of a material with a laser that appropriate parameters，to melt and condense the surface quickly，so that obtain a more refined and homogeneous structure and required properties.

Features：

Strong wear resistance: The hardness can be adjusted to HRC45-70, significantly improving the wear resistance.

Ultra fine blades: particle size of 2-4 microns, evenly distributed, improving cutting efficiency.

Metallurgical bonding: The strengthening layer is tightly bonded to the substrate, with a strength exceeding 400MPa and high durability.

Corrosion resistance: Suitable for various corrosive environments to ensure stable operation.

Good toughness: Continuous use is not easy to wear, and the cutting edge is sharp and long-lasting.

High cost-effectiveness: Long service life, affordable price.