Double shaft paddle zero gravity mixer

Application Areas： New environmentally friendly powder building materials such as putty powder, gypsum mortar, polymer mortar, tile adhesive, and grouting materials.

Feed Size

Motor Power

1-6t/batch

Capacity

+8615036033225 info@lianyuanmac.com

60S Quick response

30 min Technical reply

24h design proposal

365 days to receive service needs

Applicable Materials

Granules and powders of cement, sand, etc. with a particle size range of 20-100 mesh.
Application Areas

New environmentally friendly powder building materials such as putty powder, gypsum mortar, polymer mortar, tile adhesive, and grouting materials.

Product Description

　　The double-shaft paddle zero-gravity mixer is also called the double-shaft paddle zero-gravity mixer. The double-shaft paddle zero-gravity mixer can be roughly divided into two categories: one is the ordinary zero-gravity mixer, and the other is the flying knife type zero-gravity mixer. The latter is mainly used for the material containing fiber and then cuts it by flying knife before mixing. It is widely used in the drying and mixing of dry mortar, chemicals, pesticides, detergents, pigments, food, monosodium glutamate, milk powder, salt, feed, chemicals, ceramics, plastics, rubber additives and other powders.

Product advantage

1. Fast mixing speed, the mixing time for each batch of materials is 2-3 minutes, and the mixing uniformity is high;

　　2. The mixing of materials with large differences in specific gravity, particle size and shape produces a small degree of segregation;

　　3. Low energy consumption per tonnage, 60% energy saving compared to ordinary ribbon mixers;

　　4. The discharge method is a large door opening method, which makes unloading cleaner and faster;

　　5. Flexible material application, can be selected from carbon steel, stainless steel and other materials

Working Principle

Working principle

　　The double-shaft paddle zero-gravity mixer makes full use of the principle of convection mixing, that is, the upward motion of the material in the mixer is used to form a fluidized layer, resulting in instantaneous weightlessness, so as to achieve the best mixing effect. In the fluidized layer, the material overcomes the centrifugal force at a certain circumferential speed, and moves from A to B under the action of the paddle with a specific angle. At the same
time, the moving blades in the machine send it to C, and the paddle with the same specific angle sends it to D, and then returns from D to A; and the material moves axially under the action of specific overlapping blades, achieving mixing in an all-round range and forming a random optimal motion state.