Silicon carbide crucibles feature excellent thermal conductivity and outstanding high‑temperature resistance. During high‑temperature operation, they can resist various adverse factors, which greatly improves production efficiency.

Product Performance of Silicon Carbide Crucibles:

Low Slag Adhesion: Minimal slag buildup on the inner wall, which significantly reduces heat insulation risks and the possibility of crucible expansion.

High‑Temperature Resistance: Operating temperature ranges from 400‑1700℃.

Low Contamination: The material formula is fully optimized for molten metal properties and process characteristics, containing little to no harmful impurities.

Metal Conservation: Special elements in the material formula effectively inhibit metal oxidation.

Energy‑Saving and Eco‑Friendly: Fast thermal conductivity saves substantial fuel and reduces waste pollution. Its appropriate resistivity greatly cuts reactive power loss in induction heating.

High Oxidation Resistance: A unique oxidation‑resistant mechanism provides effective protection for graphite inside the crucible.