Refractory Ceramic Honeycomb Filter Slice to Improve Casting Mechanical Properties for Precision Casting

Key features

1. Material Technology: High-Temperature Resistant Ceramic Composition

With a honeycomb structure made of alumina, cordierite, or mullite ceramic, you can ensure exceptional thermal stability and corrosion resistance in extreme furnace environments. This outperforms traditional metal fixtures by maintaining structural integrity at temperatures exceeding 1,200°C*.

2. Performance Parameters: Optimized Heat Dissipation for Precision Casting

With hexagonal cells engineered for rapid heat transfer, you can achieve 25% faster cooling cycles in casting processes compared to solid ceramic plates*. This reduces production downtime and enhances part uniformity in precision manufacturing.

3. Scenario Solutions: Customizable for Industrial Furnace Applications

Designed for furnace kilns and fixtures, this filter slice ensures consistent casting quality in high-temperature environments. Its circular/square shapes and adjustable cell sizes adapt to diverse furnace designs, offering 40% better thermal efficiency than standard refractory materials*.

4. Certification Standards: Compliant with Industrial Refractory Safety Protocols

With materials meeting refractory industry standards (e.g., ASTM C693 for cordierite), you can guarantee compliance with safety regulations for high-stress industrial use. This ensures reliable performance in aerospace, automotive, and metallurgical applications.

5. Weight-to-Strength Ratio: Lightweight yet Robust Construction

With a honeycomb pattern reducing weight by up to 30% compared to solid ceramic plates*, you can lower operational costs and simplify installation in furnace systems without sacrificing durability.