Description
EX329 Silicon Carbide Crucible – Built for High-Temperature Melting
The EX329 Silicon Carbide Crucible from Mechelec is engineered for precision melting in jewellery manufacturing, refining facilities, and metal casting workshops. Designed for demanding operating conditions, this crucible offers strong mechanical resilience, rapid heating capability, and long-lasting thermal stability.
Constructed from carbon-bonded silicon carbide, the EX329 model provides exceptional heat transfer efficiency. It allows molten metals to reach target temperatures quickly while maintaining uniform heat across the chamber. This consistency ensures smoother melts, reduced oxidation, and improved metal purity during processing.
Its dense, high-strength structure resists chemical corrosion, abrasion, and erosion caused by repeated exposure to high temperatures and fluxes. This makes EX329 ideal for refining gold, silver, brass, and various non-ferrous alloys. With reliable thermal shock resistance, it performs well in both gas-fired and induction furnaces.
The crucible is designed to retain shape and stability under extreme thermal cycling. This reduces the risk of cracking or unexpected failures, ensuring a safer and more efficient workflow in high-production environments. Technicians benefit from predictable performance and extended furnace uptime.
EX329 also supports long service life due to its advanced material composition, which slows oxidation and reduces contamination risk. This allows refiners and casters to run cleaner melts and repeatable cycles with minimal interruptions.
Mechelec supplies high-quality silicon carbide crucibles across the UAE, offering expert guidance on size selection, furnace compatibility, and best practices to maximise operational efficiency.
Choose the EX329 Silicon Carbide Crucible for consistent melting performance, strong durability, and exceptional heat-handling capability.
For orders or technical support, contact Mechelec today.
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