High-temperature resistant right-angle U-shaped molybdenum disilicide heating rod

Product Overview
This product is a U-shaped right-angle heating element fabricated from high-performance molybdenum disilicide (MoSi₂) material, specifically engineered for extreme high-temperature industrial environments. Its unique right-angle structure facilitates convenient installation and uniform thermal field distribution in confined spaces, with a typical maximum operating temperature of up to 1800°C. It is ideally suited for industrial and experimental applications demanding high precision and stable heating.

Core Features & Advantages
1.Excellent high-temperature performance: In air atmosphere, it can maintain long-term stable operation at 1700-1800°C. A dense silica (SiO₂) protective film is easily formed on its surface at high temperatures, which helps retard oxidation and extend service life.
2.Compact right-angle U-shaped design: The right-angle structure enables easy installation from the furnace top or wall, improving space utilization in box furnaces, tube furnaces, and other equipment while enhancing thermal field uniformity.
3.Superior heating and load capacity: It boasts fast heating rates and high load-bearing capacity in the high-temperature range, helping to shorten process time and improve production efficiency.
4.Strong explosion-proof and creep resistance: Compared with some traditional heating elements, molybdenum disilicide material exhibits excellent thermal shock resistance and creep resistance at high temperatures, ensuring high operational reliability.
5.Stable resistance characteristics: The element’s resistance changes minimally over time, contributing to consistent power output during long-term use and reducing maintenance requirements.

Typical Application Fields
Material sintering: High-performance ceramics, special ceramics, magnetic materials, powder metallurgy, etc.
Heat treatment processes: Bright annealing and quenching of superalloys and special steels.
Glass industry: Melting and heat treatment of glass fibers, optical glass, and art glass.
Laboratory and research: Material synthesis, thermal analysis, and high-temperature experiments in universities and research institutes.
Crystal growth: Providing growth environments for semiconductor crystals and gemstones.