Australian industrial heat treatment enterprise customers purchased our atmosphere furnace box furna
Customer background: An XX industrial heat treatment enterprise in Australia
Purchased products: Furnace chamber size: 300*300*300 atmosphere furnace
500*500*500 atmosphere furnace
1000*1000*1000 atmosphere furnace
Box muffle furnace
Product description: The customer's new project was officially launched in 2023, and three atmosphere furnaces, box furnaces and industrial trolley furnaces were purchased from Kejia Electric Furnace Company. These equipment are used to process metal powder material research, pyrolysis, etc., to promote local new energy conversion.
Atmosphere furnaces have important applications in the field of new energy conversion.
In the research and development and production of new energy batteries, atmosphere furnaces can be used for the processing of battery materials. For example, in the manufacture of lithium-ion batteries, it is used for the sintering of positive electrode materials such as ternary materials, lithium iron phosphate, etc., and the crystal structure and electrochemical properties of the materials are improved by precisely controlling the atmosphere and temperature.
In the field of fuel cells, atmosphere furnaces can be used for the preparation of fuel cell catalysts. Under specific atmosphere conditions, the catalyst is heat treated to improve its activity and stability.
For solar cells, the atmosphere furnace can be used for annealing of silicon wafers to reduce crystal defects and improve photoelectric conversion efficiency.
In addition, in the research of new energy storage materials, the atmosphere furnace can provide the required temperature and atmosphere environment for the synthesis and modification of materials, helping to develop energy storage materials with better performance.Kejia's atmosphere furnace has precise control of atmosphere and temperature, providing key technical support for material processing and performance optimization in the process of new energy conversion.