Horizontal mixer

When the work is mixed, the materials inside the machine are subjected to the combined motion of two rotors in opposite directions. The blades with animal materials rotate counterclockwise along the inner wall of the machine slot, while the blades with animal materials flip left and right. In the weight loss zone where the two rotors intersect and overlap, regardless of the shape, size, and density of the materials, they can float up in an instant weight loss state. This causes the materials to form a continuous cycle of flipping in all directions inside the machine slot, intersecting and shearing each other, thus achieving a fast, soft, and uniform mixing effect.

Dual-shaft mixer

The dual axis mixer utilizes the synchronous rotation of two symmetrical spiral shafts to transport dry ash and other powdery materials while adding water for mixing, uniformly humidifying the dry ash powdery materials, achieving the goal of preventing the humidified materials from emitting dry ash and not leaking water droplets, thus facilitating the transportation of humidified ash onto trucks or transferring it to other conveying equipment. Mainly suitable for humidification and loading of fly ash or similar materials in industries such as thermal power plants and mines. The dual axis mixer has fast mixing speed and good uniformity. It can mix and add 30% viscous materials of liquid. During operation, there are two opposite rotating blade rotors in the middle for stirring. Due to the multiple special angles of the blade, regardless of the shape of the material. What is the size and density. Can be quickly and effectively mixed. Using a lower door for fast unloading speed and minimal residue.

Disc mixer

A disc mixer is a mechanical device mainly used for mixing raw materials. The machine is lined with polypropylene plate or stainless steel plate, which is not easy to stick and wear-resistant. It adopts a cycloidal pinwheel reducer, which has the advantages of compact structure, easy operation, uniform mixing, and convenient unloading and conveying. The materials are thoroughly mixed, thereby improving the uniformity of mixing. A novel rotor structure is adopted, which allows the gap between the rotor and the shell to be adjusted to near zero, effectively reducing the residual amount of materials. The disc is lined with polypropylene or stainless steel plates, making it less prone to sticking and wear-resistant. The use of cycloidal pinwheel reduction has the characteristics of compact structure, easy operation, uniform mixing, and convenient unloading and conveying. The overall structure is more reasonable, the appearance is beautiful, and the operation and maintenance are convenient.