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Excellent shock absorption performance
The shock absorption performance is more than 10 times that of steel and cast iron. Significantly reduces external vibration and improves machining accuracy and tool life.
Excellent thermal stability
The thermal conductivity is 1/20 that of cast iron, and the specific heat capacity is 2.1 times that of cast iron. This minimizes thermal distortion caused by changes in ambient and operating temperatures.
High dimensional accuracy
Maintaining accuracy under sudden temperature changes, the casting size error is controlled within 0.3mm, and the hole spacing error is controlled within 0.015mm/1000mm.
elastic stability
Exhibits minimal deformation under load, ensuring structural stability and consistent accuracy even for long durations.
Short production cycle
Castings under 3 meters can be produced in 5.5 days, while cast iron takes 45-60 days. Reduce processing time by eliminating the need for additional processing.
Machine bed
Suitable for high-precision milling machines, lathes, grinders and CNC equipment.
Precision parts
Structural elements such as columns, bases and frames for machines that require stable precision.
industrial equipment
Ideal for industries requiring reduced vibration and consistent thermal performance.
Customized machinery
Used in advanced machinery with short delivery times and high precision.
Efficient manufacturing
Support cost-effective production by reducing the need for secondary processing.
Q1: What is mineral casting used for?
A1: Mineral casting is used for machine bases, columns and components in industries such as milling, grinding and precision machining.
Q2: How does mineral casting compare to cast iron?
A2: Compared with cast iron, mineral casting has excellent vibration damping, better thermal stability and lighter weight.
Q3: Can mineral castings meet high precision requirements?
A3: Yes, the dimensional accuracy of mineral castings can reach 0.015mm/1000mm.
Q4: Are mineral castings environmentally friendly?
A4: Yes, they use energy-saving processes and require minimal machining, which reduces waste.
Features and Benefits
Q5: What are the main advantages of EAST STAR mineral castings?
A5: The advantages include excellent vibration damping, high thermal stability, precise dimensions and shortened delivery time.
Q6: How does EAST STAR ensure product quality?
A6: We use advanced manufacturing technology and strict quality control to achieve consistent performance and durability.
Wide Application Range
Used in milling machines, lathes, grinders, laser CNC machine tools and precision instrument beds.
Improve Surface Quality
Compared with traditional materials, the surface processing quality is improved by 30%.
Extend Tool Life
Increase tool life by 10% and reduce maintenance frequency.
Effectively Reduce Noise
Reduce local sound pressure level by 20% to create a quieter working environment.
Shorten Assembly Time
Shorten machine assembly and adjustment time by 10%.
Excellent Damping Performance
Excellent shock absorption performance improves the stability of the machine during operation.
High Thermal Stability
Maintain the geometric accuracy of the machine and extend the service life of moving parts.
Ambient Temperature Resistance
Minimize the influence of ambient temperature on machining accuracy.
Long-lasting Accuracy Retention
Ensure the long-term accuracy of the workpiece under continuous operation.
Excellent shock absorption performance
The shock absorption performance is more than 10 times that of steel and cast iron. Significantly reduces external vibration and improves machining accuracy and tool life.
Excellent thermal stability
The thermal conductivity is 1/20 that of cast iron, and the specific heat capacity is 2.1 times that of cast iron. This minimizes thermal distortion caused by changes in ambient and operating temperatures.
High dimensional accuracy
Maintaining accuracy under sudden temperature changes, the casting size error is controlled within 0.3mm, and the hole spacing error is controlled within 0.015mm/1000mm.
elastic stability
Exhibits minimal deformation under load, ensuring structural stability and consistent accuracy even for long durations.
Short production cycle
Castings under 3 meters can be produced in 5.5 days, while cast iron takes 45-60 days. Reduce processing time by eliminating the need for additional processing.
Machine bed
Suitable for high-precision milling machines, lathes, grinders and CNC equipment.
Precision parts
Structural elements such as columns, bases and frames for machines that require stable precision.
industrial equipment
Ideal for industries requiring reduced vibration and consistent thermal performance.
Customized machinery
Used in advanced machinery with short delivery times and high precision.
Efficient manufacturing
Support cost-effective production by reducing the need for secondary processing.
Q1: What is mineral casting used for?
A1: Mineral casting is used for machine bases, columns and components in industries such as milling, grinding and precision machining.
Q2: How does mineral casting compare to cast iron?
A2: Compared with cast iron, mineral casting has excellent vibration damping, better thermal stability and lighter weight.
Q3: Can mineral castings meet high precision requirements?
A3: Yes, the dimensional accuracy of mineral castings can reach 0.015mm/1000mm.
Q4: Are mineral castings environmentally friendly?
A4: Yes, they use energy-saving processes and require minimal machining, which reduces waste.
Features and Benefits
Q5: What are the main advantages of EAST STAR mineral castings?
A5: The advantages include excellent vibration damping, high thermal stability, precise dimensions and shortened delivery time.
Q6: How does EAST STAR ensure product quality?
A6: We use advanced manufacturing technology and strict quality control to achieve consistent performance and durability.
Wide Application Range
Used in milling machines, lathes, grinders, laser CNC machine tools and precision instrument beds.
Improve Surface Quality
Compared with traditional materials, the surface processing quality is improved by 30%.
Extend Tool Life
Increase tool life by 10% and reduce maintenance frequency.
Effectively Reduce Noise
Reduce local sound pressure level by 20% to create a quieter working environment.
Shorten Assembly Time
Shorten machine assembly and adjustment time by 10%.
Excellent Damping Performance
Excellent shock absorption performance improves the stability of the machine during operation.
High Thermal Stability
Maintain the geometric accuracy of the machine and extend the service life of moving parts.
Ambient Temperature Resistance
Minimize the influence of ambient temperature on machining accuracy.
Long-lasting Accuracy Retention
Ensure the long-term accuracy of the workpiece under continuous operation.
