Application of customized box type resistance atmosphere furnace in the new materials industry

Customized box type resistance atmosphere furnaces are widely used in the new materials industry, mainly reflected in the following aspects:

1. Research on Metal Materials
Research on time hardening characteristics: Researchers can use customized box type resistance atmosphere furnaces to accurately control heating temperature and insulation time, and study the time hardening characteristics of new metal materials such as aluminum alloys. For example, new aluminum alloy samples are kept in a box atmosphere furnace at a specific temperature (such as 180 ℃ -200 ℃) for different periods of time before being taken out. Through hardness testing, metallographic observation, and mechanical property testing of the samples, the influence of aging temperature and time on the microstructure and properties of aluminum alloys is analyzed, providing theoretical basis and technical support for the development and application of new aluminum alloys.
High temperature alloy treatment: In the aerospace field, the performance of key components such as high-temperature alloy blades directly affects the performance and reliability of engines. By customizing a box type resistance atmosphere furnace for solid solution treatment and aging treatment, the blades can achieve good high-temperature strength, fatigue resistance, and oxidation resistance, meeting the requirements of aircraft engines in harsh working conditions such as high temperature, high pressure, and high speed.

2. Ceramic material sintering
High temperature sintering: The sintering process of ceramic materials needs to be carried out at high temperatures to achieve the expected density and strength. Customized box type resistance atmosphere furnace can provide the required high-temperature environment and precisely control the atmosphere inside the furnace to prevent oxidation or contamination of ceramic materials during sintering, thereby ensuring the quality and performance of ceramic products.
Microstructure control: By adjusting parameters such as heating rate and holding time, customized box type resistance atmosphere furnaces can also affect the microstructure characteristics such as grain size and porosity of ceramic materials, thereby regulating their mechanical and physical properties.

3. Powder metallurgy and composite material preparation
Metal powder sintering: In the field of powder metallurgy, customized box type resistance atmosphere furnaces are used to sinter metal powders, thereby preparing high-performance engineering components. By precisely controlling parameters such as sintering temperature, atmosphere, and time, the quality and performance of sintered products can be ensured to meet design requirements.
Composite material curing: During the preparation process of composite materials, a customized box type resistance atmosphere furnace can be used for the curing treatment of composite materials. By controlling the curing temperature and atmosphere, the chemical reactions and physical bonding between the components in the composite material can be promoted, thereby improving the overall performance of the composite material.

4. Development of new energy materials
Preparation of lithium-ion battery materials: In the field of new energy, customized box type resistance atmosphere furnaces can be used to prepare positive and negative electrode materials for lithium-ion batteries. Doping and modification of materials through atmosphere control can improve performance indicators such as energy density, cycle life, and safety of lithium-ion batteries.
Other new energy materials: Customized box type resistance atmosphere furnaces can also be used in the development and utilization of other new energy materials, such as solar cell materials, fuel cell materials, etc. By providing the required high temperature conditions and atmospheric environment, the synthesis and performance optimization of these materials can be promoted.