Rotary granulator

The rotating granulator is made of stainless steel for all parts in contact with the material, with a beautiful appearance, reasonable structure, high granulation forming rate, beautiful particles, automatic discharge, avoiding particle damage caused by manual discharge, and suitable for flow operation.

Rotary granulatorThe working principle of

Main purpose: This machine is used in industries such as pharmaceuticals, food, filling agents, chemicals, and solid beverages. The contact parts of the mixed materials are made of stainless steel, which has a beautiful appearance, reasonable structure, high granulation rate, beautiful particles, automatic discharge, avoids particle damage caused by manual materials, and is suitable for flow operations.

　　Rotary granulatorWorking principle: By mechanical rotation, the pressing blade rotates towards each other, forming a certain angle to make the material roll downwards. The large angle spiral blade on the rolling blade pushes the material towards the wall of the sieve cylinder, and then extrudes the material from the sieve hole into particles through the blade.

Scope of application

1. Granulator is a type of machine that uses the swinging effect of a rotating drum to grind wet powder raw materials into particles through a wire sieve. It can also be widely used to crush them into chunks and turn them into ready-made particles. 2. In the field of chemical drugs, it is used as a wet powder to grind into particles, which are then dried and compressed into tablets. It can also be crushed into blocks that solidify during storage or block during chemical processing. In the food industry, it is used to process candies, sugar mixtures, malt milk, and other products. In other industries such as ceramics and plastics, it is used as molded particles in mixtures. 3. It is not suitable for semi-solid, fluid, slurry, or abrasion applications.

principle

By adjusting the line speed between its two ends and the inner and outer rings of the mold, there is no displacement friction between the wheel and the mold, reducing resistance, lowering kinetic energy loss, and extending the service life of the mold. This is a significant difference from similar compression molding equipment. It adopts a screw center pressure regulating mechanism, and the mold clearance varies with the size, suitable for different materials, to ensure the pressing effect. Its pressure wheel adopts a large body and wide groove, which is pressure resistant and wear-resistant. The pressure wheel adopts multiple uniformly distributed ones, which runs smoothly. At the same time, it increases the pressing area and improves production efficiency. The compression molding of sawdust and straw requires a lot of pressure. In similar granulation, block pressing, and rod making equipment, the pressure wheel component is the central component of the entire equipment.

The advantage of the "cone wheel flat die" in terms of the ability to arbitrarily increase the pressure wheel is incomparable to other equipment. For example, the ring model granulator is limited by the diameter of the ring mold, which prevents the pressure wheel from increasing, resulting in a smaller pressure wheel bearing chamber. The assembled bearings do not have strong pressure bearing capacity, and bearing damage causes the equipment to stop three times and rest two times. This model has diversified compression molding, and can produce round bars, blocks, and particles by simply changing the mold, adapting to different materials for compression molding and achieving optimal efficiency. The granulation room is equipped with an observation door for easy maintenance and repair at any time.