The VHJ series mixer has a unique mixing cylinder structure, high mixing efficiency, no dead corners, the cylinder body is made of stainless steel material, the inner and outer walls are polished, the appearance is beautiful, the mixing is uniform, and it has a wide range of uses. This machine is used for mixing dry material particles in industries such as pharmaceuticals, chemicals, food, metallurgy, etc.

The two-dimensional mixer is mainly composed of three parts: a rotary drum, a swing frame, and a frame. The drum is mounted on a swing frame, supported by four rollers and axially positioned by two gear wheels. Among the four supporting rollers, two transmission wheels are driven by a rotating power system to rotate the drum. The swing frame is driven by a set of crank swing rod mechanisms, which are mounted on the frame. The swing frame is supported on the frame by bearing components

The SYH series 3D motion mixer, due to the multi-directional movement of the mixing barrel, has multiple cross mixing points for the materials inside the barrel, resulting in high mixing efficiency. The uniformity can reach over 99.9%, and the maximum loading coefficient can reach 0.9 (ordinary mixers have a coefficient of 0.4-0.6). The mixing time is short and the efficiency is high. The mixing barrel of this machine has a unique design, with the inner wall of the barrel finely polished, no dead corners, no pollution of materials, easy discharge, and cleaning

The YK series swing pellet machine is mainly suitable for manufacturing various specifications of pellets in industries such as medicine, chemical, and food. After drying, it is used to press various molded products. The machine can also be used to crush and condense dry materials into blocks. The material contact points are made of stainless steel material, which has the advantages of beautiful appearance, easy cleaning, simple operation, and low energy consumption.

The GHL series high-speed mixing granulator is made by mixing powder materials and binders in a cylindrical container from the bottom into a wet soft material, which is then cut into uniform wet particles by a side mounted high-speed crushing blade.

The material powder particles are in a fluidized boiling state in the raw material container (fluidized bed). The purified hot air is fully mixed and preheated. At the same time, the binder solution is atomized and sprayed into the mixture through the atomizer, which causes multiple powder particles to aggregate and form particle clusters containing the binder. Due to the continuous drying effect of hot air on the material, the water in the agglomerated particles evaporates and the binder solidifies. This process is repeated until product requirements are met.

The spray drying granulator injects liquid raw materials under high pressure into the system via a diaphragm pump, forming mist-like droplets that are sprayed out. These droplets then come into contact with hot air for drying and fall in parallel flow. Most powder particles are collected from the discharge port at the bottom of the tower, while the exhaust gas and a small amount of powder are separated by a cyclone separator. A secondary dust removal device can also be equipped at the fan outlet, with a recovery rate of over 96%-98%.

The working principle of the GFG series high-efficiency boiling dryer is as follows: After the air is purified and heated, it is drawn into the bottom of the hopper by an induced draft fan and passes through the bottom grid plate of the hopper. In the working chamber, fluidization is formed through stirring and negative pressure. Moisture evaporates quickly and is discharged, thereby enabling rapid drying of the material.

Inert particle fluidized bed drying can replace spray drying in many occasions, and is suitable for drying solution materials. Compared with spray drying, it has higher drying intensity and can be dried with lower heat source temperature (such as low-pressure steam, waste hot water, etc.); Under the same conditions, the equipment scale is much smaller (its volume is generally only about 10% of that of the spray drying tower), the system floor area and height are significantly reduced, and the equipment investment is relatively low...

The ZLB rotary granulator is mainly used in industries such as pharmaceuticals, food, granules, chemicals, and solid beverages to make the required particles from stirred materials, especially suitable for materials with high viscosity. All parts of this machine that come into contact with materials are made of stainless steel, with a beautiful appearance, reasonable structure, high granulation forming rate, beautiful particles, automatic discharge, avoiding particle damage caused by manual discharge, and suitable for assembly line operation.

Extrusion granulation is a relatively new dry granulation process commonly used in the production of compound fertilizers. It has been widely applied to the granulation of potassium chloride in the chemical fertilizer field. The granular potassium chloride (1-4mm) required for blended fertilizers (BB fertilizers) is mostly produced by extrusion method.

The RL type granulator utilizes the characteristic that the melting point of the material is below 250 ℃. Based on the viscosity range of the material in the molten state, a special fabric device is used to evenly distribute the molten liquid on a steel strip that moves uniformly below it. Under the cooling effect of a continuous spray device set below the steel strip, the material is cooled, solidified, and packaged during transportation, thereby achieving the purpose of granulation and forming.