The laboratory rotary paper pulp digester is designed to simulate the working principle of steam balls in production. The pot moves in a circular motion to fully mix the pulp. It is suitable for acid or alkali cooking of various fiber raw materials in paper laboratories. According to different process requirements, expected plant pulp can be obtained, thus providing a basis for formulating cooking processes in the production process. It can also be used for cooking other materials, especially in the fields of biomedicine, food processing, and other fields. In addition, the digester can also be used to provide hot steam for other laboratory equipment.

Specifications

Cooking pot capacity	The available space of the container is 15L, and other capacities can be customized according to requirements.
Cooking pot speed	The pot body can rotate 360 ° with a rotation speed of ≈ 1r/min
High pressure safety valve	High performance imported brand safety valve
Working pressure	The standard is 0.80Mpa, which is 8kg/cm2, and the maximum breakthrough pressure is 8.5kg/cm2, which can be customized according to requirements.
Heating power	Standard temperature 175 ° C
Motor speed	1350r/min
Heating power	4.5kw
Motor power	370w
Temperature measurement accuracy	±0.1℃
Temperature control accuracy	±3℃
Slurry barrel selection method	Motor direct rotation
Base rust prevention layer	High temperature baking paint
Body material	304 # stainless steel
Overall dimensions	1030mm × 510mm × 1380mm
Net weight	125kg

Features of Laboratory rotary paper pulp digester

The raw materials and medicinal liquid in the pot can be fully mixed by rotating the pot. The concentration and temperature of the medicinal liquid are relatively uniform, and the quality of the slurry is also relatively uniform. The low liquid ratio and high concentration of the medicine shorten the cooking time. The pot body is made of 304 stainless steel with precision manufacturing,

The reduction motor directly drives the rotation of the pot body, with low noise and smooth operation.

The electric control system adopts brushless conduction, which eliminates the common catastrophic failure such as poor contact, ignition, inaccurate temperature measurement, temperature out of control, pressure out of control and so on caused by slip ring carbon brush in use.

The shell adopts high-quality new insulation materials, with low temperature and fast heating speed.

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