U-Type molybdenum disilicide（MoSi2) heating elements are manufactured from high-purity MoSi₂ through high-temperature sintering, featuring a U-shaped configuration with parallel terminals. Ideal for deep furnace chambers requiring concentrated top wiring, they are widely used in semiconductor diffusion furnaces, glass melting furnaces, ceramic sintering furnaces, and high-temperature laboratory furnaces. In oxidizing atmospheres, they can operate at temperatures up to 1700-1800℃, delivering excellent oxidation resistance, rapid heating, long service life, and outstanding high-temperature stability.U-Type molybdenum disilicide（MoSi2) heating elements are manufactured from high-purity MoSi₂ through high-temperature sintering, featuring a U-shaped configuration with parallel terminals. Ideal for deep furnace chambers requiring concentrated top wiring, they are widely used in semiconductor diffusion furnaces, glass melting furnaces, ceramic sintering furnaces, and high-temperature laboratory furnaces. In oxidizing atmospheres, they can operate at temperatures up to 1700-1800℃, delivering excellent oxidation resistance, rapid heating, long service life, and outstanding high-temperature stability.

L-Type molybdenum disilicide heating elements feature a U-shaped configuration with cold ends bent at a right angle outward or inward, forming a compact L-shaped terminal. Ideal for applications with limited furnace top space, side wiring requirements, or special installation angles, they are widely used in semiconductor equipment, glass melting furnaces, ceramic sintering furnaces, and laboratory high-temperature furnaces. In oxidizing atmospheres, they can operate at temperatures up to 1700-1800℃, delivering flexible installation, high space utilization, and excellent oxidation resistance.L-Type molybdenum disilicide heating elements feature a U-shaped configuration with cold ends bent at a right angle outward or inward, forming a compact L-shaped terminal. Ideal for applications with limited furnace top space, side wiring requirements, or special installation angles, they are widely used in semiconductor equipment, glass melting furnaces, ceramic sintering furnaces, and laboratory high-temperature furnaces. In oxidizing atmospheres, they can operate at temperatures up to 1700-1800℃, delivering flexible installation, high space utilization, and excellent oxidation resistance.