Helical cone mixer

Application Fields of Spiral Conical Blenders

In the agricultural sector: blending in the production of pesticides, fertilizers, feed, and various additives.

Food Industry: A mixture of wheat flour, grains, milk powder, spices, coffee, monosodium glutamate, salt, etc. Dry Industry: Drying of powders. Chemical Industry: A blend of industries including pharmaceuticals, cosmetics, detergents, coatings, resins, glass silicon, pigments, plastics, additives, etc.

Performance Characteristics of the Spiral Conical Blender

The machine is suitable for solid (powder) - solid (powder) mixing (particle size 300-2000um) and solid (powder) - liquid (liquid content <15%) mixing. The special jacketed design also allows it to be used as a drying equipment. The unique two-stage dual-shaft output reducer makes the machine compact, aesthetically pleasing, and easy to operate; the conical vessel with a proper taper ensures smooth material flow and easy, quick discharge without any residue; the internal structure design is meticulously crafted to ensure reliable operation of the single-screw product, with convenient maintenance; the mixing speed is fast, typically taking only about 10 minutes for general powder mixing; and manual, electric, and pneumatic discharge methods are available for your choice.

The working principle of the spiral cone mixer

The rapid self-rotation of the spiral shaft within the twin-screw cylinder elevates the material upwards, forming a helical flow along the cylinder wall from bottom to top. Simultaneously, the rotating arm drives the spiral shaft to rotate, causing the material outside the spiral shaft to enter the helical envelope at varying degrees. Some material is elevated out of place, while another part is ejected from the helix, thus achieving continuous material renewal and diffusion. The material elevated to the top converges into a central depression, creating a downward flow to fill the bottom void, thus forming a convectional cycle. Due to the combined flow of materials up and down, the material achieves uniform mixing in a short time, resulting in high mixing efficiency.

Product Introduction:

The working principle of the helical cone mixer: The rapid self-rotation of the spiral shaft within the mixer's cylinder elevates the material, forming a spiral column-like flow along the cylinder wall, ascending from the bottom to the top.