Lithium battery material reaction kettle

Lithium battery material reaction kettleIt mainly consists of an inner kettle body, a cooling jacket, a stirring device, a dropping device, and a filtering device. It can be used for stirring, filtering, suction filtration, crystallization and other processes. Compared with conventional double-layer glass reaction kettles, it has an additional replaceable filter plate (optional sand core, filter cloth and filter screen). The filtration adopts vacuum negative pressure for suction filtration. The high borosilicate glass kettle body has high transparency and can be easily observed during the experimental process. It is equipped with a stirring system and optional reflux and condensation systems. After the experiment is completed, the material needs to be filtered out. The liquid collection device on the right is convenient for liquid filtration, and a condenser is installed at a high position on the collection bottle to protect the vacuum pump. Reasonable selection is necessary. Widely used in fields such as medicine, chemical engineering, biology, food, and environmental engineering for material mixing, filtration, cooling and freezing, and crystallization of finished products.

Lithium battery material reaction kettleSand core aperture:

Number 1: Micro pores with an average diameter of 80-120 microns, simple purpose: to collect and diffuse gases.

No.2: Micro pores with an average diameter of 40-80 microns, simple to use：Filter out large particle precipitates.

No. 3: Micro pores with an average diameter of 15-40 microns, simple to use：Filter out impurities from general chemical solvents.

No. 4: Micro pores with an average diameter of 5-15 microns, simple to use：Filter out precipitated impurities from the solvent using vacuum filtration method.

Number 5: Average diameter of micropores 2-5 microns, simple use：Filter out small sediment or larger bacteria using vacuum filtration method.

Number 6: Micro pore average diameter<2 microns, simple use：Filter out bacteria and use depressurization filtration method.

The solid-state reaction kettle is mainly composed of an inner kettle body, a cooling jacket, a stirring device, a dropwise addition device, and a filtering device. It can be used for stirring, filtering, suction filtration and other processes. Compared with conventional double-layer glass reaction kettles, it has an additional replaceable filter plate (optional sand core, filter cloth and filter screen), and vacuum negative pressure is used for filtration. The high borosilicate glass kettle body has high transparency and can be easily observed during the experimental process. It is equipped with a stirring system, and reflux and condensation systems are optional. After the experiment is completed, the material needs to be filtered out. The liquid collection device on the right is convenient for liquid filtration, and a condenser is installed at a high position on the collection bottle to protect the vacuum pump. Reasonable selection is necessary. Widely used in the fields of medicine, chemical engineering, biology, food, environmental engineering, etc. for material mixing, cooling and freezing, and crystallization of finished products.