Copper spare parts for melting Furnace

The body material is made of forged microalloy copper plate, which has 6.5 times the creep resistance of pure copper at high temperature, ensuring long-term effective service life. The thermal conductivity is greater than 372W/(m • K), the thermal conductivity is high, and the cooling capacity is strong. High machining precision. Each piece is manufactured by molding, CNC machining and other processes to ensure reliable sealing and interchange. Easy loading and unloading. During installation, it is only necessary to tap the matching cone-wedge clamp to make each piece close and return in the radial direction and lock it to form a copper ring. During disassembly, it is only necessary to use a crowbar and lifting equipment to quickly separate and remove each piece. The sealing block and copper tile can be installed in the sealing groove at the lower part of the pressure ring to form a reliable seal to prevent flue gas leakage. The bellows hydraulic device can be easily installed.

The body material adopts forged pure copper plate or microalloy copper plate, which has no casting defects and high strength. It has excellent electrical conductivity (conductivity greater than 98% IACS) and thermal conductivity (thermal conductivity greater than 380W/(m · K)). The cooling water channel adopts special drilling deep hole processing, strong cooling capacity. Using CNC machining, high precision, good contact between copper tile and electrode, uniform conductivity, not easy to arc. The normal service life is more than 5 years.

The body material adopts forged pure copper plate. The thermal conductivity is greater than 380W/(m • K), which is more than 25 times that of stainless steel plates, with excellent thermal conductivity, strong cooling capacity and good heat insulation effect. The cooling water channel is formed by directly drilling deep holes, with few welds, no leakage of welds of traditional stainless steel plate protection screens, and long service life.

The material is drawn pure copper tube. It has excellent electrical conductivity (conductivity greater than 98% IACS) and good electrical performance. Thermal conductivity is greater than 380W/(m • K), excellent thermal conductivity, good cooling effect, and strong current carrying capacity. Accurate dimensions, easy to install on site.

The body material is forged pure copper plate. The whole furnace cover adopts modular structure design, which is easy to assemble. Thermal conductivity is greater than 380W/(m • K), about 25 times that of stainless steel plate, excellent thermal conductivity, with the installation of refractory material in the hot dovetail groove, good heat insulation effect, can reduce the temperature of the furnace top area, improve operating conditions. The use of safe and reliable, there will be no leakage of the traditional furnace cover, reduce the shutdown time.

Excellent mechanical properties, copper flue body is made by the whole oxygen-free copper ingot after forging, uniform and dense organization, excellent mechanical properties. The thermal conductivity is greater than 380W/(m • K), which is 25 times that of stainless steel plates, and the cooling capacity is very strong. Less weld, welding stress is small.

The cooling channel adopts a composite hole type water channel. Compared with the round hole type water channel, the composite hole type water channel has two major advantages: first, the heat exchange capacity is strong, and the heat exchange capacity of the composite hole type cooling channel is increased by 14.11 compared with the round hole type., The cooling is more uniform, and the thickness of the body can be reduced, saving copper materials and reducing investment costs. Long service life, safe and reliable work, no leakage of traditional flue, thereby reducing the shutdown time.

The body material adopts oxygen-free copper plate after forging, the organization is uniform and dense, there is no casting defect, and the mechanical properties are excellent. Good thermal conductivity, strong cooling capacity, because the cooling water channel is formed by direct drilling deep holes, there is no air gap thermal resistance that can not be avoided by buried pipe casting. The cooling capacity is very strong, thereby improving the insulation effect. The processing precision is high, and each piece is manufactured by molding, CNC machining and other processes to ensure reliable sealing and interchange.

The body material adopts oxygen-free copper plate after forging, the organization is uniform and dense, there is no casting defect, and the mechanical properties are excellent. Good thermal conductivity, strong cooling capacity, the cooling water channel is formed by drilling deep holes to avoid air gap thermal resistance, thereby improving the heat insulation effect. CNC machining, high precision.

Forged pure copper plate is used as the body material, with compact material, no casting defects and high strength. The material has excellent electrical conductivity (electrical conductivity is greater than 98% IACS) and thermal conductivity (thermal conductivity is greater than 381.8W/mk); The cooling water channel is formed by directly drilling deep holes with composite hole type, there is no gap thermal resistance, the surface of the water channel is smooth, and the cooling capacity is strong.