Stainless steel star shaped unloader

Stainless steel star shaped unloaders are generally suitable for industries such as chemical and food. The key to selection is to know the operating conditions. The commonly used materials are 304 stainless steel and 316 stainless steel. The temperature of the material conveyed by the 304 stainless steel unloader can reach 500 ° C, and it is connected by a sprocket. There is a distance between the reducer and the unloader housing.

Stainless steel star shaped unloader refers to the shell, rotor, shaft, etc. of the unloader made of stainless steel material. Stainless steel unloader has better strength, longer time than ordinary steel, beautiful surface, no need for surface treatment, simple maintenance and cleaning, high smoothness, strong welding, non-magnetic or weak magnetism, and good hardness.

The stainless steel star shaped unloader is mainly designed for continuous and uniform discharge of sanitary grade materials, and can also be used in industries with high corrosiveness and material requirements. The main components of the tubular shell, impeller, connecting flange, etc. are made of stainless steel as raw materials.

Characteristics of stainless steel star shaped unloader:

1. This machine has good overload capacity, strong inertia moment, and is suitable for frequent starting and reverse rotation.

2. If users need special specifications for hydraulic, chain wheel drive and other unloaders, they can contact our factory and we can make them.

3. By adopting the principle of planetary rotation, the input and output shafts are on the same axis and are directly connected to the motor, resulting in a compact structure, beautiful and novel appearance, small volume, and light weight.

4. Excellent and stable operation, low noise, low failure, long service life, with bearing steel used for gear components. Use powerful.

5. Bearings and gearboxes should be kept away from the valve body to avoid the influence of high temperature and dust. The front and rear end caps should be tightly sealed to prevent dust leakage and extend the service life of the components and lubrication system.