What materials are suitable for laboratory rotary furnaces to process?

As a thermal equipment, laboratory rotary furnace is suitable for processing various materials, mainly suitable for granular and powdered materials that require high-temperature calcination, roasting or drying. Here are some types of materials suitable for processing in laboratory rotary furnaces:
Inorganic materials:
Lithium iron phosphate, ternary positive electrode, and lithium battery negative electrode materials: These materials are widely used in the battery industry, and laboratory rotary furnaces can be used for their sintering reactions in oxidizing or reducing atmospheres.
Metal powders, such as copper powder, can be used in processes such as sintering and reduction.
Rare earth materials: Rare earth elements and their compounds have important applications in multiple high-tech fields, and laboratory rotary furnaces can be used for their calcination and sintering experiments.
Nanomaterials: Due to their unique physical and chemical properties, nanomaterials have attracted attention in multiple fields, and laboratory rotary furnaces can be used for heat treatment in their preparation process.
Catalyst and carrier:
The laboratory rotary furnace can be used for oxidative treatment of catalyst carriers in the chemical industry to improve the performance and stability of catalysts.
Ceramics and refractory materials:
In the ceramic industry, laboratory rotary furnaces can be used to calcine granular and powdered ceramic raw materials to prepare high-quality ceramic products.
Refractory materials such as high alumina vanadium ores can also be roasted in laboratory rotary furnaces to improve their refractory performance.
Graphene and other carbon materials:
Graphene, as a new type of material, has broad application prospects in multiple fields. The laboratory rotary furnace can be used for its calcination and sintering experiments to explore its preparation process and performance optimization.
Other special materials:
The laboratory rotary furnace can also be used to process some special materials, such as composite materials that require high-temperature treatment, functional materials, etc.
In addition, the laboratory rotary furnace also has certain universality, which can be flexibly adjusted and optimized according to experimental needs. For example, by adjusting parameters such as furnace atmosphere (such as oxygen, nitrogen, hydrogen, etc.), temperature, and speed, precise processing and control of different materials can be achieved.
It should be noted that laboratory rotary furnaces should strictly follow operating procedures and safety regulations when processing materials to ensure the safety and reliability of the experimental process. At the same time, it is also very important to choose appropriate processing techniques and parameters based on the characteristics of the materials and experimental requirements.