1200 ℃ small rotary furnace

Main product introduction:

1200 ℃ small rotary furnaceIt is a heat treatment equipment that combines rotation and high-temperature heating functions, which achieves uniform heating by dynamically flipping materials. It is widely used in metallurgy, materials science, food processing and other fields. The core advantage of this device lies in solving the problem of uneven heating in traditional furnace types through multidimensional motion design, while improving energy utilization efficiency and production automation level.

Product Details Display:

Main features of the product:

1. Significant improvement in heating uniformity:Under the dual action of rotation and oscillation, materials achieve dynamic rolling in three-dimensional space, eliminating heating dead corners.

2. Optimization of heating efficiency and energy utilization:The movement of materials increases the heating surface area and shortens the heat penetration time. Compared to fixed bed furnaces, energy consumption is reduced by 20% to 30%, while reducing the use of protective gases such as nitrogen.

3. Automation control and process stability:Adopting PLC+touch screen control system, supporting multi-stage temperature curve programming (such as independent control of heating, insulation, and cooling stages). Equipped with temperature and pressure, real-time monitoring and adjustment of process parameters to ensure batch stability.

4. Security guarantee: equipped with multiple security protections:Overtemperature alarm, power-off protection, mechanical limit device (to prevent excessive swing angle). Modular design facilitates maintenance, such as detachable heating elements, quick replacement sealing rings, etc.

Main application areas of the product:

1. Research and production of new materials

01. Battery materials: calcination and carbonization of positive and negative electrode materials for lithium-ion batteries (lithium iron phosphate, lithium manganese oxide, lithium cobalt oxide, ternary materials) and graphite negative electrodes.

02. Magnetic materials: neodymium iron boron permanent magnets, pre firing and forming of ferrite powder.

03. Powder metallurgy: sintering and densification of metal powders (such as iron-based and copper based).

2. Chemical and catalytic fields

01. Roasting and activation of catalyst supports (such as alumina, molecular sieves).

02. Calcination modification of non-metallic minerals such as kaolin and bentonite.

Main technical parameters of the product: