Description

The laboratory mixer machine is mainly composed of a mixing chamber, a stirring paddle, a baffle, a rotary cover, a discharge device and a transmission motor.

The working state of the laboratory mixer is that the high-speed rotating stirring paddle causes the material to move along the tangential direction of the stirring paddle through the friction between its surface and the material and the thrust on the material from the side. At the same time, under the action of the centrifugal force of the stirring paddle. The material is pushed to the inner wall of the mixing chamber and moves upward along the inner wall. After reaching a certain height, it falls back to the center of the stirring paddle under the action of gravity, and then is thrown up again. Therefore, during the mixing process, the movement of the materials in the mixing chamber is actually a spiral rising and falling movement state experienced alternately.

Features of Laboratory mixer machine:
A1: The material of the main shaft of the laboratory mixer: 45# steel, which is finished after quenching and tempering heat treatment.
A2: Laboratory mixer blade material: 304 stainless steel precision casting, after dynamic and static balance correction.
A3: The lid of the laboratory mixer is made of ZL102 cast aluminum. The double-channel sealing device is adopted to effectively prevent the occurrence of material leakage at the cylinder mouth.
A4: The main shaft seal of the laboratory mixer adopts various specifications of high temperature and high speed resistant fluorine rubber skeleton type double lip oil seal and high pressure PTFE, which can effectively prevent the problem of main shaft powder leakage.
A5: The transmission part of the laboratory mixer adopts two ball bearings and a vertical plane bearing to cooperate with each other, which is more stable in use and has a longer life; the large and small pulleys of the transmission part are balanced and corrected to make the whole machine run more smoothly and durable.
A6: The discharge valve of the laboratory mixer adopts a plunger-type material gate block and uses a pneumatic form, which is more convenient and quick to use.
A7: The pot bottom of the laboratory mixer is made of 6mm 304 stainless steel by one-time die casting, and the pot bottom has no dead corners. It has the characteristics of corrosion resistance and not easy to stick to materials.

Technical Parameter