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Product Advantage
Concept
Proposing a new concept of integrated structural and functional design, marking a breakthrough in the field of industrial wear-resistant materials.
Theory
Breakthrough in metal-ceramic atomic bonding technology perfectly combines high hardness and high toughness, solving the industry challenge of balancing hardness and durability.
Technology
Overcame the interfacial bonding challenge between ceramic particles and metal matrix, enabling 3D printing of over ten types of ceramics (Al₂O₃, ZrO₂, SiC, WC, CBN, etc.), with wear-resistant layers up to 5mm in thickness.
Process
Achieved integration of powder transportation and convergence in air, three-dimensional melt protection, and base material protection. The laser-printed ceramic wear-resistant layer features high temperature resistance and abrasion resistance, significantly improving service life.
Structure
Constructed with 3D boss and groove structures, enabling more uniform surface wear and perfectly embodying the designed service life.
Manufacturing
International manufacturing standard, rigorous manufacturing processes, and strict quality inspections.
| Wear-resistant strip | Length（≤200mm） | Height（18mm~30mm） | Width（C ＜ 1/4A） |
| Optional Welding Bevel | A | B | C |
| Wear-Resistant Block | Length（≤200mm） | Height（18mm~30mm） | Width（1/4A ＜ C ＜ 1/2A） |
| Optional Welding Bevel | A | B | C |
| Wear-Resistant Plate | Length（≤200mm） | Height（18mm~30mm） | Width（C ＜ 1/4A） |
| Optional Welding Bevel | A | B | C |
