Advantages of High Temperature Stability Carbon Mould Graphite Die For Cooper Foundry
* Graphite Material. Different properties of graphite material are needed for casting different copper alloys. Graphite takes different graphite material specific to copper, brass, bronze and cupronickel, etc. in order to reach best performance and optimal cost efficiency.
* Products Machining. Sizes precision are strictly requirements to graphite dies, as well as flatness and surface finishing.
Graphite dies are with precise dimensions and polished mirror surface on working side.
* Special Treatment Graphite can make treatments, including purification, anti-oxidation treatment, and pyrolytic carbon coating, in order to improve graphite dies performances and extend service life when graphite dies are applied for copper alloys production
Introduction of High Temperature Stability Carbon Mould Graphite Die For Cooper Foundry
Graphite dies has a widely used in copper & copper alloys, due to its superior performance. For example, In vertical continuous casting method, graphite dies are applied for producing copper and copper alloys rods and tubes, In horizontal continuous casting method, graphite dies are applied for production of copper and copper alloys section, especially band or strip, and In other related copper & copper alloy casting method, graphite protection sleeves, graphite stoppers, graphite spouts and so on
High Temperature Stability Carbon Mould Graphite Die For Cooper Foundry materials:
We can machine various types according to customers' designs.
Value can be changed due to material size.
Graphite advantages:
Because of the high tempearture resistance, thermal conductivity, corrosion resistance and special thermal shock resistance, graphite is widely used in metallurgy, mechanical, electrial, chemical, textile, denfense and other industries.
1. High strength. As the temperature rises, the graphite strength increases
2. High temperature resistance
3. Good heat shock resistance
4. Anti-oxidation
5. Strong corrosion resistance to acid and alkali liquid
6. Good conductivity and thermal efficiency.
7. Excellent chemical stability
8. High heat conductivity
9. Mechanical shock resistance
10. Small thermal expansion coefficient
Production environment:
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