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V-type powder mixer

V-type powder mixer, also known as V-shaped powder mixer or V-type blender, is an industrial mixing equipment suitable for mixing powders and granules with good fluidity and small differences in physical properties. Since the materials in the V-shaped mixing container can flow smoothly without damaging the original shape of the materials, they are also suitable for mixing granular materials that are easy to break and wear, or for mixing finer powders, block materials, and materials containing a certain amount of moisture.

V-type powder mixer

V-type mixers are suitable for mixing powders and granules with good fluidity and small differences in physical properties. Since the materials in the V-type mixing container flow smoothly and will not damage the original shape of the materials, they are also suitable for mixing granular materials that are easy to break and wear, or for mixing finer powders, lumps, and materials containing a certain amount of water. The use of V-type mixers not only improves production efficiency, but also ensures the consistency of product quality. Therefore, they are widely used in the pharmaceutical, chemical, food and other industries.

V type powder mixer for sale

The 50L, 100L, 100L, 200L, and 300L V-type mixers we launched are tailored for different material characteristics and production scales. The following is a detailed analysis of the adaptation scenarios and material types of each capacity model.

50L V-type mixer: suitable for laboratory research and development, small-scale trial production, and small-batch production of high-end customized products.

100L V-type mixer: suitable for daily production of small and medium-sized enterprises, medium-scale product research and development and production, and some production links with high mixing accuracy requirements. For example, the production of specialty products in regional food processing plants and the manufacture of special chemicals for small chemical companies.

200L V-type mixer: suitable for conventional production of large and medium-sized enterprises, large-scale product formula mixing, and continuous production links that require high production efficiency. Such as the mixing of staple food ingredients in large food processing plants and standardized batch production of chemical raw materials.

300L V-type mixer: large-scale industrial production, high-yield standardized product manufacturing, and scenes with extremely high requirements for mixing efficiency and production continuity. Such as the production of complete feed in large feed plants and the mixing of basic chemical raw materials in large chemical companies.

V-type powder mixer composition structure

The V-type mixer consists of a rotating key component including precision bearings, safety interlocks and discharge valves, designed to efficiently mix powders and minimize dead zones.

V-Shaped Mixing Chamber: The mixer features a V-shaped chamber with two asymmetrically positioned cylinders that form a V shape. This design helps in efficient mixing and prevents material accumulation in the corners.

Rotating Mixing Blades: Inside the chamber, there are typically two or more rotating blades that move the material in a three-dimensional motion, ensuring thorough blending.

Drive System: The mixer is powered by an electric motor that drives the rotation of the mixing blades. The speed and direction of rotation can often be adjusted to achieve the desired mixing effect.

Discharge Valve: At the bottom of the chamber, there is a discharge valve that allows for easy removal of the blended material after mixing is complete.

V-type powder mixer working principle

The V-shaped chamber rotates at a speed of 6-12 RPM, and the materials are repeatedly divided and converged to form convection and shear mixing. Gravity-driven movement ensures uniform mixing without generating heat.

Gentle Mixing: The V-type powder mixer is known for its gentle mixing action, which is crucial for preserving the integrity of fragile materials and preventing excessive heat generation during blending.

Homogeneous Mixing: The mixer ensures a high level of homogeneity by effectively combining different powders or granules into a uniform mixture.

Short Mixing Time: Due to the efficient design and mixing mechanism, V-type powder mixers can achieve thorough blending in a relatively short period, increasing production efficiency.

No Dead Zones: The V-shaped chamber design eliminates dead zones where materials can accumulate, ensuring that all particles are consistently mixed.

What are the advantages and characteristics of V-type powder mixer?

Uniformity is as high as more than 99%, gentle mixing (degradation rate ≤0.1%), and compatible with CIP system. Low energy consumption, residual rate <5%, and ATEX explosion-proof options for explosive powders.

Versatility: V-type powder mixers are versatile and can handle a wide range of materials, including powders, granules, and even some pastes.

Easy to Clean: The design of the mixer allows for easy cleaning and maintenance, reducing downtime between batches.

Low Energy Consumption: These mixers are known for their energy efficiency, making them cost-effective for continuous use in industrial settings.

Scalability: V-type powder mixers come in various sizes, allowing for scalability to meet different production requirements.

V-type powder mixer model parameters

Type Swept Volume(L) Total Volume(L) Mixing Power(kw)
VH-2 0.8 2 0.04
VH-5 2 5 0.55
VH-8 3.2 8 0.55
VH-10 4 10 0.55

V-type powder mixer application scenarios

Applicable to pharmaceuticals (API mixing), food additives and dry powder chemicals. Ideal for fragile, high-value powders that require pollution-free handling.

Pharmaceutical Industry: Used for blending powders for medication production, ensuring uniform distribution of active ingredients.

Food Industry: Ideal for mixing dry ingredients in the production of food products such as spices, seasonings, and nutritional supplements.

Chemical Industry: Commonly employed for blending chemical powders and additives for manufacturing processes.

Cosmetics Industry: Used for mixing ingredients in the production of cosmetics and personal care products.

V-type powder mixer is a reliable and efficient solution for achieving homogeneous blending of dry powders and granules in various industries. Its unique design, gentle mixing action, and versatility make it a valuable asset for production processes requiring consistent and high-quality mixing results.

V-type powder mixer available options

After selecting a suitable v-type mixer, we can also improve the practicality of the equipment by adding the following available options.

Variable frequency speed control device: The speed of the mixer is adjusted by changing the power supply frequency of the motor. The speed can be flexibly adjusted according to different material characteristics and mixing requirements to achieve the best mixing effect.

Heating/cooling device: For some powder mixing processes that require temperature, a heating or cooling jacket can be equipped to control the temperature of the mixing cylinder by circulating hot or cold media to ensure that the materials are mixed at a suitable temperature.

Vacuum system: It can evacuate the material during the mixing process to remove air and moisture from the material to prevent oxidation and moisture.

Spray device: During the mixing process, liquid additives such as adhesives and lubricants can be evenly sprayed into the material to fully mix the powder material with the liquid.

Safety protection device: It includes emergency stop button, overload protection device, protective door switch, etc.

V type powder mixer price

The price of the V-type powder mixer is affected by multiple factors. Equipment capacity is the key factor. The 50L small laboratory model has a relatively affordable price due to its small processing volume and relatively simple structure; while large industrial-grade models such as 300L have higher standards in material strength, power system, and processing technology to meet the needs of large-scale production, and the price is also increased accordingly. Differences in equipment configuration will also cause price fluctuations. For example, models equipped with automatic control systems, variable frequency speed regulation, and heating and cooling devices will have significantly higher prices than basic models. For specific model price lists, please contact us to obtain the latest price lists!

Friday April-25 2025  16:12:07
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