EN
- Ultra-low temperature prevents oxidation and material deterioration.
- Adjustable grinding temperature reduces energy consumption effectively.
- Fine powder output with uniform particle size.
Liquid Nitrogen pulverizer for Laboratory use
Cryogenic pulverizer enables ultra-low temperature grinding for heat-sensitive, elastic, and oxidation-prone materials.
- Overview
- Recommended Products
This Lab cryogenic pulverizer can be widely used for materials like pharmaceuticals, food, chemicals, and national defense research. Specially suitable for thermosensitive substances, traditional Chinese and Western medicine, animal and plant tissues, rubber, plastics, and other materials that hard to grind at room temperature.
Low temperature pulverizing refers to the process of breaking down a substance cooled to the brittle point temperature into smaller particles or powders under external force. Low temperature pulverizing technology can ensure that the tissue composition of the pulverized material, such as natural products, is not damaged during the pulverizing process.
The unit is mainly composed of a pre-cooling compartment Feeding screw, host, a feeding fan, a cyclone separator, a pipeline, an electrical control cabinet Liquid nitrogen tank, liquid nitrogen connecting hose. Composed of equal parts.
(1) This equipment is suitable for various materials and working conditions in the crushing process. The temperature of the crushing chamber can be adjusted according to the different catalytic points of different materials. During the crushing process, energy consumption can be reduced by adjusting the crushing temperature.
(2) The fineness of crushing can reach 10-300 mesh, and even finer fineness.
(3) Using liquid nitrogen as the grinding medium to achieve comprehensive effects such as ultra-low temperature crushing, material explosion prevention, and oxidation prevention.
(4) The crushed finished product has the characteristics of no deterioration, no oxidation, and good geometric shape.
Main motor power |
5.5-55kw |
Input material size |
≤ 10mm |
Medium |
Liquid Nitrogen |
Cooling Temperature |
0℃ — -196℃ |
Diameter of blades |
250-550mm |
Fineness |
10-500 mesh(depend on material) |
Output |
100-1200kg/h |
