G-Type 1500°C High-Temperature Silicon Carbide Heating Element (For Glass Melting)

Product Description

This G-type high-temperature silicon carbide heating element is made of high-purity silicon carbide material using a precision sintering process. It features a G-shaped bent structure and anti-oxidation metal terminals at both ends. It can stably withstand ultra-high temperature environments up to 1500°C, is suitable for the internal layout of various glass melting furnaces, is easy to install, and provides uniform heating coverage of the furnace space.

Core Advantages

1.Ultra-high Temperature Adaptability: Rated temperature resistance up to 1500℃, perfectly matching the high-temperature process requirements of glass melting;
2.Outstanding Thermal Efficiency: Rapid heating (reaches 1200℃ within 10 minutes), with a heat conversion efficiency 20% higher than traditional heating elements, reducing energy costs;
3.High Durability: Made of silicon carbide, it is oxidation-resistant and thermal shock-resistant, with a service life of over 3000 hours under repeated high-temperature conditions in glass melting;
4.G-Type Adaptability: The unique G-type structure fits snugly within the furnace chamber, avoiding heating dead zones and ensuring uniform temperature of the molten glass.

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Application Scenarios

Designed specifically for the glass melting industry, this core heating module is suitable for float glass furnaces, pharmaceutical glass melting furnaces, and sintering furnaces for specialty glass (such as optical glass). It is a key component for stable temperature control and improved molten glass quality in glass production.