Horizontal Double Ribbon Mixer Machine for Dry Powder Mixing

In modern industrial production, powder mixing is a key process link. The horizontal double ribbon mixer machine for dry powder mixing, as an efficient and uniform mixing horizontal mixer equipment, is gradually becoming the first choice in various industries.

Horizontal double ribbon mixer machine for dry powder mixing uses two horizontally rotating ribbons to efficiently mix dry powder materials through shearing, turning and cross-mixing. The movement of the double spiral belt enables the materials to fully contact and mix, thereby improving the mixing efficiency. Compared with traditional mixing equipment, the horizontal double ribbon mixer machine for dry powder mixing can complete the mixing process faster and more uniformly.

Advantages:

Efficient mixing: Horizontal double ribbon mixer machine for dry powder mixing adopts the shearing, flipping and cross-mixing methods of the double ribbon ribbon, which can fully contact and mix the materials, achieve efficient mixing, and ensure the uniformity of the mixed materials.

Uniform mixing: The movement of the double spiral belt effectively disperses and mixes large and small particles in the material, ensuring uniform particle size of the mixed material and improving product quality.

Fast mixing: The reasonably designed ribbon movement greatly shortens the mixing time, improves production efficiency, and saves time and energy costs.

Easy operation: Horizontal double ribbon mixer machine for dry powder mixing has a simple structure, convenient operation, easy to master and adjust, reducing operator training costs.

Convenient cleaning and maintenance: The equipment adopts a detachable structure, which facilitates cleaning and maintenance, reduces downtime and improves production efficiency.

Working principle:

Horizontal double ribbon mixer machine for dry powder mixing mixes through two horizontally rotating ribbons. When the equipment is started, the spiral belt starts to rotate, driving the materials to be sheared, turned and cross-mixed. The movement of the spiral belt causes the material to continuously reciprocate in the container, thereby achieving full mixing of the material.

Composition structure:

Horizontal double ribbon mixer machine for dry powder mixing mainly consists of the following components:

Mixing container: used to contain dry powdery materials to be mixed.

Double spiral belt: Two horizontally rotating spiral belts are responsible for shearing, turning and cross-mixing materials.

Transmission system: including motor, reducer, etc., used to drive the rotation of the spiral belt.

Brackets and bases: used to support and secure the entire device.

Application and function:

Horizontal double ribbon mixer machine for dry powder mixing plays an important role in industrial production in various industries.

In the chemical industry, it is widely used in the mixing of dry powder materials such as pigments, dyes, plastic powders, and rubber powders.

In the food industry, horizontal double ribbon mixer machine for dry powder mixing is used for mixing food additives, seasonings, dry powder mixes, etc.

In the pharmaceutical industry, this equipment can be used to mix pharmaceutical raw materials to ensure uniform distribution of pharmaceutical ingredients.

In addition, the horizontal double ribbon mixer machine for dry powder mixing can also be used to mix cement, gypsum, powdery fillers, etc. in the building materials industry, as well as mix metal powder, alloy powder, etc. in the metallurgical industry.

The wide application of Horizontal double ribbon mixer machine for dry powder mixing not only improves product quality, but also improves production efficiency. By optimizing the mixing process, companies can reduce costs and improve competitiveness. With the continuous development of technology, the design and performance of horizontal double ribbon mixer machine for dry powder mixing are also constantly innovated and improved. Some advanced equipment are also equipped with automated control systems to achieve precise control and monitoring of the mixing process, further improving the accuracy and stability of mixing.