Industrial Furnaces
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This heat treatment furnace is designed for quenching and tempering grinding balls and foundry products. It uses a dual screen PID to independently adjust the temperature controller and PLC programming control, with a touch screen and malfunction alarm.

This oil quenching furnace is designed for heat treatment processes, specifically for hardening cast grinding balls. It provides uniform heating and precise temperature control, with a quenching tank for rapid cooling.

This heat treatment furnace is designed for processing grinding balls. It features automated controls, a robust furnace chamber, and an efficient overhead conveyor system.

The rotary calcining kiln, also known as a rotating kiln, is a type of thermal equipment used for high-temperature processing. It is suitable for metallurgy, limestone, and cement production.

Rotary kilns heat solid materials to facilitate essential chemical reactions. The inclined, rotating cylinder design ensures efficient material processing in various industries.

This kiln roasts lean iron ore to enhance its magnetism, improving the efficiency of magnetic separation processes. It utilizes a rotating cylinder for the mechanical, physical, or chemical processing of solid materials.

This high-capacity rotary kiln features a robust structure for stable operation and high production efficiency. Its design allows for convenient usage and easy operation, reducing energy consumption compared to similar products.

Rotary kilns are designed for calcining cement clinker using either dry or wet process production methods. These kilns are also used in the metallurgical industry to roast lean iron ore magnetization, chromium, and nickel iron.

This 120kW induction heating system utilizes electromagnetic induction for efficient heat generation in conductive materials. It offers precise temperature control and rapid heating cycles suitable for hardening, annealing, tempering, melting, and brazing.

This system is designed for medium frequency induction hardening of axles. It is used for heating, tempering, quenching, and annealing, offering energy savings and lower operational costs.

This furnace is used for heating steel before forging in applications like gear and axle shaft manufacturing. It is also suitable for online heating processes such as corrosion prevention spraying and steel wire tempering.

This induction heating system is used for heating axles before forging, applicable to gear, gear rings, axle shafts, and connecting rods. It is also suitable for online heating processes like corrosion prevention spraying of pipes, bar blue brittleness blanking, and steel wire/tubes tempering.

This induction heating furnace is designed for pre-forging heating in applications such as gear and shaft manufacturing. It is also used for online processes like pipe coating, blue brittleness blanking, and wire tempering.

This aluminum induction melting furnace is designed for melting aluminum and aluminum alloys with high efficiency. It provides good metal component uniformity, reduces burning loss, and ensures speedy temperature rise with easy temperature control.

This aluminum melting furnace is designed for melting aluminum and aluminum alloys. It offers high melting efficiency, energy savings, and uniform metal component distribution, along with rapid temperature rise and easy temperature control.

This aluminum induction furnace is mainly used for melting aluminum and aluminum alloys. It features high melting efficiency, energy savings, good metal component uniformity, and easy temperature control.

This induction melting furnace is designed for melting aluminum and aluminum alloys. It offers high melting efficiency, good metal component uniformity, and easy temperature control.

This induction furnace is designed for melting aluminum and aluminum alloys. It offers high melting efficiency, energy savings, and precise temperature control.