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| Quantity: | |
|---|---|
| Parameter | Value |
| Thermal Conductivity | 2.7 W/(m*k) |
| Specific Heat Capacity | 1050 J/(kg*k) |
Strong vibration damping performance:
Mineral castings have better vibration damping performance than steel and cast iron, and can effectively absorb and reduce external vibrations.
Good thermal stability:
Machine tools made of mineral castings have high specific heat capacity and low thermal conductivity, ensuring stability.
Self-compacting performance:
The high fluidity of the bonding material gives mineral castings excellent self-compacting properties.
Strong formability:
Mineral materials can be cast into complex shapes and structures, and have good forming capabilities.
Corrosion resistance:
The casting has a dense structure, low permeability, and excellent corrosion resistance.
Energy saving and environmental protection:
Mineral castings do not require further processing after molding, which shortens the production time.
Short delivery cycle to quickly meet customer needs.
Precision manufacturing:
The verticality, flatness and parallelism of mold assembly can reach 0.1mm.
Post-processing such as surface grinding or steel plate milling/drilling can achieve an accuracy of 0.005mm.
Cost-effective production:
The use of instrumentation and injection molding processes in the production of precision castings can significantly reduce production costs.
Thermal stability:
High-performance mineral materials have high heat capacities.
Their coefficient of thermal expansion is similar to that of cast iron, reducing the thermal impact on machine tools.
Effective integration:
The thermal properties of mineral castings enable better integration with ultra-high-strength materials and other components.
| Parameter | Value |
| Thermal Conductivity | 2.7 W/(m*k) |
| Specific Heat Capacity | 1050 J/(kg*k) |
Strong vibration damping performance:
Mineral castings have better vibration damping performance than steel and cast iron, and can effectively absorb and reduce external vibrations.
Good thermal stability:
Machine tools made of mineral castings have high specific heat capacity and low thermal conductivity, ensuring stability.
Self-compacting performance:
The high fluidity of the bonding material gives mineral castings excellent self-compacting properties.
Strong formability:
Mineral materials can be cast into complex shapes and structures, and have good forming capabilities.
Corrosion resistance:
The casting has a dense structure, low permeability, and excellent corrosion resistance.
Energy saving and environmental protection:
Mineral castings do not require further processing after molding, which shortens the production time.
Short delivery cycle to quickly meet customer needs.
Precision manufacturing:
The verticality, flatness and parallelism of mold assembly can reach 0.1mm.
Post-processing such as surface grinding or steel plate milling/drilling can achieve an accuracy of 0.005mm.
Cost-effective production:
The use of instrumentation and injection molding processes in the production of precision castings can significantly reduce production costs.
Thermal stability:
High-performance mineral materials have high heat capacities.
Their coefficient of thermal expansion is similar to that of cast iron, reducing the thermal impact on machine tools.
Effective integration:
The thermal properties of mineral castings enable better integration with ultra-high-strength materials and other components.
