Pusher furnace

The main uses of push plate furnaces are: positive electrode materials for lithium batteries (high nickel ternary, lithium iron phosphate); Preparation and regeneration of silicon carbon negative electrode and activated carbon. It has the characteristics of stable and reliable quality, uniform furnace temperature, and has been recognized by a large number of customers, especially in saving energy and doing a lot of work. Users who have used the push plate furnace sold by our company are aware of it. The pusher furnace has stable operating cycle, low failure rate, and long service life. Heating up and down the silicon carbide rod in the heating zone; The temperature is controlled separately above and below the high-temperature zone, with a small cross-sectional temperature difference; The furnace lining design adopts a large collapse assembled furnace top structure to ensure the service life of the kiln

Main structure of the pusher furnace:

Production method: continuous

Higher usage temperature: 1650 ℃

Heating method: electric

Heating element: silicon carbon rod, silicon molybdenum rod, electric heating wire

Kiln top structure: flat top

Refractory material: light mullite whisker, only bricks are needed.

Temperature control method: Solid state triggered silicon controlled continuous control

Sealing of incoming and outgoing materials: Front and rear double gates

Features of push plate furnace:

System control: touch screen, PLC fully automatic rotary operation

Heating element distribution: Heating element is horizontally heated up and down, with small cross-sectional temperature difference

Temperature control curve: multi temperature zone distribution, each temperature zone is independently adjusted and controlled

Gas: nitrogen, hydrogen, argon Water vapor and mixed gas

Feed method: hydraulic propulsion, adjustable propulsion speed

Technical parameters

• 2023-08-22The working principle of the activation furnace
• 2023-08-22Characteristics of lithium iron phosphate calciner
• 2023-08-22How to operate a vapor deposition furnace
• 2023-08-22Which is more likely to be applied on a large scale: silicon carbon negative electrode coating equipment or solid-state batteries
• 2023-08-10Introduction to Lithium Iron Phosphate Calciner
• 2023-07-07Technical difficulties of vapor deposition furnace

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