Premium Ceramic Core Materials
Industry-leading raw materials engineered for superior performance in investment casting. Trusted by foundries worldwide for aerospace, power generation, and high-precision applications.
Why Choose Our Materials?
Engineered for excellence, backed by decades of expertise in ceramic core technology
Quality Assured
All materials undergo rigorous quality control testing to ensure consistent performance and reliability.
Custom Formulations
We can develop custom material formulations tailored to your specific application requirements.
Technical Support
Expert technical support and consultancy services to optimize your ceramic core production process.
High Performance
Industry-leading thermal and mechanical properties for demanding investment casting applications.
Our Material Portfolio
Comprehensive range of high-performance ceramic core materials for every investment casting need. Download detailed technical datasheets for complete specifications.
EQ/DS/SX Superalloys
MP01
MP01 Multi-Purpose Core Material
EQ/DS/SX superalloys
Silica/Zircon content used for low complexity cores with plain detail, range 1mm-100mm thickness. Versatile multi-purpose ceramic core material suitable for a wide range of casting applications.
Key Features
- Versatile application range
- Cost-effective solution
- Good thermal shock resistance
- Reliable dimensional control
- Easy processing characteristics
- EQ/DS/SX superalloys
Typical Applications
MP02
MP02 Standard Core Material
EQ/DS/SX superalloys
Silica/Zircon content used for all applications from 0.50 - 75mm thickness. Standard multi-purpose ceramic core material offering reliable performance for conventional casting applications.
Key Features
- Consistent performance characteristics
- Good thermal shock resistance
- Reliable dimensional stability
- Cost-effective solution
- Easy processing and handling
- EQ/DS/SX superalloys
Typical Applications
MP03
MP03 Intermediate Core Material
EQ/DS/SX superalloys
High silica content used for all applications from 0.25 - 30mm thickness. Intermediate-grade multi-purpose ceramic core material with enhanced properties for moderately complex applications.
Key Features
- Enhanced dimensional accuracy
- Improved thermal properties
- Better surface finish quality
- Moderate complexity handling
- Balanced performance profile
- EQ/DS/SX superalloys
Typical Applications
MP04
MP04 Enhanced Core Material
EQ/DS/SX superalloys
High silica content used for all applications from 0.45 - 40mm thickness. Enhanced multi-purpose formulation with improved mechanical properties and thermal performance.
Key Features
- Enhanced mechanical strength
- Improved thermal cycling resistance
- Better dimensional precision
- Reduced defect rates
- Optimized for automation
- EQ/DS/SX superalloys
Typical Applications
MP05
MP05 Premium Core Material
EQ/DS/SX superalloys
High silica content used for all applications from 0.55 - 50mm thickness. Premium-grade multi-purpose ceramic core material with superior properties across all performance metrics.
Key Features
- Premium quality formulation
- Maximum dimensional accuracy
- Exceptional surface finish
- Superior thermal stability
- Highest reliability standards
- EQ/DS/SX superalloys
Typical Applications
Reactive Alloys
CI01
CI01 Ceramic Core Material
Reactive Alloys
Our MP01 formulation containing a cobalt inoculation for use with alloys containing cobalt. Advanced composite inorganic ceramic core material offering exceptional strength and thermal resistance.
Key Features
- High green strength for handling
- Excellent fired strength retention
- Superior surface finish quality
- Minimal reactivity with molten metal
- Optimized for precision casting
Typical Applications
CI02
CI02 Ceramic Core Material
Reactive Alloys
Our MP02 formulation containing a cobalt inoculation for use with alloys containing cobalt. Enhanced composite inorganic ceramic core material with improved performance characteristics.
Key Features
- Cobalt inoculation for reactive alloys
- Enhanced strength retention
- Superior surface finish quality
- Optimized for cobalt-containing alloys
- Improved thermal cycling resistance
Typical Applications
Ti
Ti Titanium Core Material
Formulation for use with Titanium casting (currently under development and testing). Specialized ceramic core material designed specifically for titanium alloy applications.
Key Features
- Specialized for titanium casting
- Under development and testing
- Optimized for titanium alloys
- Advanced formulation
- Research-grade material
Typical Applications
Aluminium Casting
WL01
WL01 Water Leachable Core Material
Aluminium Casting
Water leachable ceramic core material that dissolves in water under low pressure. Ideal for cores with plain detail offering unique processing advantages.
Key Features
- Water leachable (dissolves in water under low pressure)
- Easy pattern assembly
- Reduced breakage during handling
- Excellent pattern definition
- Simplified core removal process
Typical Applications
WL03
WL03 Advanced Water Leachable Material
Aluminium Casting
Advanced water leachable ceramic core material that dissolves in water under low pressure. Designed for cores with detail and thin sections with enhanced performance characteristics.
Key Features
- Water leachable (dissolves in water under low pressure)
- Enhanced green strength
- Improved thermal properties
- Better dimensional control
- Suitable for detailed and thin sections
Typical Applications
Technical Excellence
Our materials are formulated to meet the most demanding specifications in the investment casting industry
Thermal Properties
- •Operating temperatures up to 1600°C
- •Excellent thermal shock resistance
- •Low thermal expansion coefficients
- •Superior dimensional stability
Mechanical Properties
- •High green and fired strength
- •Excellent dimensional accuracy
- •Minimal warpage and distortion
- •Superior surface finish quality
Processing Benefits
- •Easy leachability and removal
- •Minimal metal reactivity
- •Consistent batch-to-batch quality
- •Optimized for automation
Need a Custom Formulation?
Our materials research and development team can create custom ceramic core formulations tailored to your specific application requirements. From prototype development to full-scale production, we provide comprehensive technical support throughout your project lifecycle.