Properties Of Silicon Carbide Thermal Shock Resistance Refractory
Solutions Crucible
Introduction
Our oval-shaped silicon carbide graphite crucibles are
precision-designed for specialized smelting and casting
applications where optimized heat distribution and material flow
are critical.
Key Advantages of Oval Crucible Design:
1.Enhanced Heat Uniformity – Promotes even temperature distribution for consistent melting
performance
2.Improved Pouring Control – Streamlined shape facilitates smoother metal transfer with
reduced turbulence
3.Space Optimization – Compact profile allows efficient furnace loading and better
workspace utilization
4.Reduced Material Stagnation – Minimizes dead zones for more complete alloy homogenization
4. Cost-Effectiveness: Maximizing ROI
1.Lowers production costs by reducing crucible replacement rates, energy waste, and operational downtime.
2.Boosts productivity with consistent thermal performance, enabling higher throughput in non-ferrous metal (aluminum, copper, zinc) and precious metal
(gold, silver) smelting.
Why Choose Our Crucibles?
Leveraging two decades of specialized ceramics manufacturing
experience, our isostatic-pressed silicon carbide-graphite
crucibles set new standards in high-temperature material
processing. These advanced refractory solutions combine exceptional
thermal properties with mechanical durability to meet the most
challenging industrial and research requirements.
Key Advantages:
Superior Material Science: Utilizing proprietary SiC-graphite compositions optimized for
thermal shock resistance and extended service life
Advanced Manufacturing: Isostatic pressing technology ensures uniform density and
structural integrity throughout each crucible
Custom Engineering: Available in tailored dimensions, wall thicknesses, and material
ratios to match specific application parameters
Scalable Production: Full-range manufacturing capabilities from prototype quantities
to high-volume industrial supply
