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Product Introduction:
The screw shaft, also known as the screw shaft, is a combination of several screws and bushings with different tooth bottom diameters placed on a pressing shaft to form a spiral shaft with gradually smaller pitch and larger tooth bottom diameter (or Integral). This structure enables the spiral shaft to effectively transport or mix substances when rotating. The spiral shaft has a central screw structure, which is composed of a cylinder, a central shaft, and blades. Materials are directionally transported through the rotation of the spiral blades. It can transport materials with a certain friction and has good resistance to soil pressure and control of soil pressure along the edges. The ability to transport attenuation and maintain dynamic equilibrium of earth pressure.
Product Uses:
Grain transportation, food pressing, food machinery, medicine, lithium battery raw material processing, chemical machinery, landscaping, well digging, tree planting and drilling, coal sampling, foundation column drilling, deep pit wells for bridge columns, drilling deep holes for wind turbine columns , drilling and digging of telephone pole holes (holes), pressing and dehydration, mining machinery, etc.
FAQ:
How to control the processing size of spiral blades?
During the processing of spiral blades, there are many details that require more attention, especially the control of processing dimensions.
1. Good wear resistance and uniform wear, because during the blade processing, the cold rolling process is uniform, the spiral arc is uniform, the overlap of each piece is very high, and the butt joint is straight and the gap is small.
2. Smooth-looking spiral blades require very high requirements for self-developed equipment. They must be produced with appropriate pressure values and molds with appropriate hardness.
3. Integrated spiral blades, this feature has outstanding advantages in assembly. The spiral blades are simpler to assemble and use, effectively improving factory production efficiency.
4. The blade is an important part of the screw conveyor to output materials. Enlarging the discharge port or lengthening the end of the trough can solve the problem of poor discharge or no time for discharge. At the same time, a small section of counter-rotating blades can be installed at the end of the discharge chute to prevent material from being blocked at the end.
Product Introduction:
The screw shaft, also known as the screw shaft, is a combination of several screws and bushings with different tooth bottom diameters placed on a pressing shaft to form a spiral shaft with gradually smaller pitch and larger tooth bottom diameter (or Integral). This structure enables the spiral shaft to effectively transport or mix substances when rotating. The spiral shaft has a central screw structure, which is composed of a cylinder, a central shaft, and blades. Materials are directionally transported through the rotation of the spiral blades. It can transport materials with a certain friction and has good resistance to soil pressure and control of soil pressure along the edges. The ability to transport attenuation and maintain dynamic equilibrium of earth pressure.
Product Uses:
Grain transportation, food pressing, food machinery, medicine, lithium battery raw material processing, chemical machinery, landscaping, well digging, tree planting and drilling, coal sampling, foundation column drilling, deep pit wells for bridge columns, drilling deep holes for wind turbine columns , drilling and digging of telephone pole holes (holes), pressing and dehydration, mining machinery, etc.
FAQ:
How to control the processing size of spiral blades?
During the processing of spiral blades, there are many details that require more attention, especially the control of processing dimensions.
1. Good wear resistance and uniform wear, because during the blade processing, the cold rolling process is uniform, the spiral arc is uniform, the overlap of each piece is very high, and the butt joint is straight and the gap is small.
2. Smooth-looking spiral blades require very high requirements for self-developed equipment. They must be produced with appropriate pressure values and molds with appropriate hardness.
3. Integrated spiral blades, this feature has outstanding advantages in assembly. The spiral blades are simpler to assemble and use, effectively improving factory production efficiency.
4. The blade is an important part of the screw conveyor to output materials. Enlarging the discharge port or lengthening the end of the trough can solve the problem of poor discharge or no time for discharge. At the same time, a small section of counter-rotating blades can be installed at the end of the discharge chute to prevent material from being blocked at the end.
