Moulds & Dies for Continuous Casting
Heavy-duty graphite moulds and dies for continuous casting, built to withstand extreme temperatures and thermal cycling.
Enable accurate shaping and controlled solidification of molten non-ferrous metals with graphite moulds engineered for thermal efficiency, dimensional stability, and long operational life.
Precise profile shaping for rods, tubes, and strips
Rapid heat transfer for controlled solidification
Stable performance in continuous casting systems
Durable structure for long production cycles
Built for Performance. Designed for Reliability.
Precise Profile Formation
Defines accurate cross-sections for rods and tubes during casting.
Controlled Solidification
Efficient heat transfer ensures stable and uniform metal cooling.
Dimensional Stability
Maintains precise shape and accuracy during continuous casting.
High Wear Resistance
Handles constant exposure to molten metals during production.
Dimensional Stability
Supports long and reliable casting production cycles.
Consistent Pump Efficiency
Ensures uniform product quality across production batches.
Performance and Reliability in Every Detail
Product Features
Technical Specifications
Material Grade
Isostatic Graphite
Maximum Temperature
3000°C
Dimensional Tolerance
±0.01 mm
Porosity
< 5%
Oxidation Resistance
Enhanced
Hardness
45–55 Shore
High-grade carbon and graphite material
Precision-machined casting cavities
Excellent thermal conductivity
Stable performance under molten metal contact
Designed for continuous casting systems
Suitable for non-ferrous metal casting
Available Configurations
Rod casting moulds
Tube casting dies
Strip casting moulds
Custom cross-section dies
Custom graphite mould designs
Get in Touch
Start Your Project with
Pure Components
Working Hours
Mon-Sat: 9:00 AM - 5:30 PM IST
Sunday Closed
Precision Graphite Moulds Built for Continuous Casting Systems
Pure Component manufactures graphite moulds and dies designed for continuous casting of non-ferrous metals into rods, tubes, strips, and custom profiles. Made from high-density fine-grain graphite, these moulds provide excellent thermal conductivity, dimensional stability, and wear resistance during continuous casting operations.
Their efficient heat transfer enables controlled metal solidification and consistent product quality.