BTMA 6YL Series Screw Oil Press Machines Operation Principle And Structure.
6YL screw oil press operation principle
When the 6yl screw oil presses the operating-ready material, it enters the an extruding chamber in the hopper. It then moves forwards due to the rotating screw for pressing and is then pressurized.
When the chamber is under high pressure the chamber, there is friction is created between the screw and the material. Between the chamber and the material is created and also causes friction and a relative movement between particles of material.
However, the it is the diameter of the root of the screw increases between one end and the other, which is why it's. While it is rotating, it not just pushes particles forward but also rotates them outwards in addition, while particles that are close to the screw start turn in tandem with the screw's rotation which causes every particle in the chamber to move at a distinct speeds.
This means that the relative movement of particles generates heat that is required for manufacturing as it helps proteins change properties of colloid, increase plasticityand reduce oil's elasticity which results in a decrease in oil's efficiency.
The 6YL series of screw oil presses machines have A and B two types of models, which include the frame, drive mechanism and electric, as well as flexible cake establishments, and negative parts of the pressure filtration system.
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