Nano-coating empowers mold upgrades, extending service life by a factor of three.
Release time:
2025-10-22
To address the issues of wear and mold adhesion that often arise from long-term use of shoe material molds, nanoceramic coating technology has been introduced into the mold surface treatment process. After a wear-resistant coating with a thickness of 5–8 μm is formed on the mold cavity surface, the surface hardness of the mold can reach over HV1500, significantly enhancing its resistance to mold adhesion. As a result, the mold cleaning cycle has been extended from 100,000 cycles to 300,000 cycles, and the mold’s service life has increased directly by a factor of three. Moreover, this technology also reduces the amount of release agent required, thereby lowering the risk of chemical residues in shoe material production.
To address the issues of wear and mold sticking that commonly occur in shoe material molds after prolonged use, nanoceramic coating technology has been introduced into the mold surface treatment process. After a wear-resistant coating with a thickness of 5–8 μm is formed on the mold cavity surface, the surface hardness of the mold can reach over HV1500, significantly enhancing its resistance to mold sticking. As a result, the mold cleaning cycle has been extended from 100,000 cycles to 300,000 cycles, and the mold’s service life has increased directly by a factor of three. Moreover, this technology also reduces the amount of release agent required, thereby lowering the risk of chemical residues in shoe material production.
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