V-Type Mixer

Product Description

The V-type mixer is a common powder mixing equipment. Its main body is composed of two cylinders welded in a V shape. During operation, it rotates around a horizontal axis, causing the materials to continuously undergo diffusion, convection and shearing mixing inside the cylinders. It features high mixing efficiency, low material residue, simple structure and easy operation. It is widely applied in the uniform mixing operations of different materials in industries such as chemical engineering, pharmaceuticals, and food.

Working Principle

The main body of the V-type mixer is formed by welding two cylinders at an Angle of 80° to 90° into a V shape. The central shaft runs through the vertex as the rotating hub. The equipment is composed of a cavity, a rotating shaft, a drive device and a base. Some models can be equipped with flying knife devices or inert gas interfaces. The structure takes into account both efficiency and operational convenience.

When the V-type mixer is in operation, the cavity rotates around a horizontal axis, causing the materials to undergo triple mixing effects of convection, diffusion and shearing within the V-shaped cavity: convection mixing causes the materials to periodically converge and climb between the two cylinders due to gravity; diffusion mixing makes different particles micro-interpenetrate; and shearing mixing breaks the lumps through friction and compression.

Product features

1. Structural and mixing efficiency advantages
- Symmetrical V-shaped cavity: The 80° to 90° Angle design forms an asymmetrical movement trajectory. During the rotation of the material, intense convection and diffusion occur, resulting in high uniformity of mixing, with few dead corners and low residue.
- Low resistance operation: The central shaft support structure is stable. When rotating, the material is less affected by centrifugal force, with lower energy consumption, making it suitable for long-term continuous operation.

2. Material adaptability and functional scalability
- Wide applicability: It can handle powder and granular materials, and has a remarkable mixing effect on materials with large density differences and easy stratification. By configuring the flying knife device, the caked materials can be crushed.
- Optional protective functions: Some models meet the mixing requirements of flammable, explosive or oxidation-sensitive materials, and comply with safety standards in the pharmaceutical, chemical and other industries.

3. Ease of operation and cleaning
- Convenient regulation: The rotational speed and mixing time can be precisely adjusted according to the characteristics of the materials. It features a high degree of automation and supports PLC program control.
- Easy to clean design: The interior of the cavity is smooth with no dead corners. The material is mostly stainless steel (such as 304/316L), and the surface is polished to meet GMP and other hygiene standards. It is convenient for disassembly and maintenance.

4. Industry-specific applications
- It is particularly suitable for scenarios with high requirements for uniformity of mixing and residue, such as tablet and granule mixing in the pharmaceutical industry, additive blending in the food industry, and catalyst preparation in the chemical field.

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