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Application Industries: Various industries using ultra-high temperature oxidation-free control processes.
Process Description: Ultra-high temperature oxygen-free process
(1) Function: Heating is achieved through four-sided heating, trolley-type lifting heating and loading/unloading, and a water cooling system is used at the sealed door seams.
(2) Temperature: 1500℃~1700℃
(3) Electrical Control: Programmable temperature controller, combined with PID+SCR control system, and special high-temperature heating components.
(4) Features: Lifting hydraulic system, rapid cooling system, high-temperature oxidation-free environment, designed according to customer needs.
Process Description: Ultra-high temperature oxygen-free process
(1) Function: Heating is achieved through four-sided heating, trolley-type lifting heating and loading/unloading, and a water cooling system is used at the sealed door seams.
(2) Temperature: 1500℃~1700℃
(3) Electrical Control: Programmable temperature controller, combined with PID+SCR control system, and special high-temperature heating components.
(4) Features: Lifting hydraulic system, rapid cooling system, high-temperature oxidation-free environment, designed according to customer needs.
Analysis of Precision Heat Treatment Equipment: Characteristics and Applications of the Lifting-Type Oxygen-Free Atmosphere Sintering Furnace (High Temperature) (H-RN-5)
The lifting-type oxygen-free atmosphere sintering furnace (high temperature) is an advanced piece of equipment designed specifically for high-performance materials. It features a lifting furnace design, an oxygen-free atmosphere environment, and high-precision temperature control, and is widely used in metal processing, ceramic manufacturing, new energy, and aerospace fields.
The lifting-type oxygen-free atmosphere sintering furnace (high temperature) is an advanced piece of equipment designed specifically for high-performance materials. It features a lifting furnace design, an oxygen-free atmosphere environment, and high-precision temperature control, and is widely used in metal processing, ceramic manufacturing, new energy, and aerospace fields.
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