Aluminum Oxygen Lances are indispensable components in the silicon metal production sector, prized for theirightweight construction, exceptional heat resistance, and efficiency in oxygen blowing operations.

Aluminum Oxygen Lances serve as indispensable assets for the injection of oxygen into Submerged Electric Arc Furnaces (EAF) during silicon metal production. 

This injection process enables precise temperature regulation within the furnace, crucial for achieving optimal conditions conducive to silicon metal formation. 

With standinghigh temperatures, these pipes ensure meticulous control over oxygen injection rates, thereby facilitatingefficient heat management.

Aluminum is the primary material used in the construction of these lances. This strategic choice minimizesthe risk of introducing iron content into molten silicon during the oxygen-blowing process.

The surface of Aluminum Oxygen Lances is coated with a thick layer of refractory ceramic material. This coatingenhances heat resistance, preventing the penetration of heat into the aluminum pipe and maintaining itsstructural 

stability. The ceramic coating, with a melting point above 2,000°C, acts as a protective barrier. enabling the lance pipes to withstand extreme temperatures and avoid chemical reactions between moltensilicon and aluminum pipes.

Thread and socket connections are crucial for joining different lance pipes, ensuring a seamless oxygen flowand minimizing waste during the manufacturing process, Securely fastening one lance pipe to another usingthread and 

socket connections eliminates gaps or openings that could lead to oxygen leakage and reduce lancepipe efficiency.