What are the advantages of using tool steel as a material for mold spare parts?
Tool steel has several advantages that make it an excellent choice for producing mold spare parts:
High Wear Resistance: Tool steels are hard, resistant to abrasion, and can withstand high-pressure wear and tear. This makes them suitable for molds that will see high-volume or long-term production runs.
Durability and Strength: Due to its blend of carbon and alloy metals, this steel possesses high toughness and hardness that can withstand considerable manufacturing stresses and pressures.
Excellent Machinability: Despite their hardness, tool steels are surprisingly easy to machine and shape, which allows for precise dimensions and specifications to be met during mold production.
Good thermal conductivity: It allows for the quick dissipation of heat during the molding process, which is beneficial for maintaining the mold's structural integrity over time.
High Resistance to deforming: Tool steels can withstand the intense conditions of the injection molding process without deforming, helping maintain the precision of the mold cavity dimensions.
These combined features of tool steel cater to several use-cases and most importantly, they extend the life of your mold, reducing replacement costs, and keeping production going with minimal downtime.