Double Planetary Mixer

Model

5L

50L

100L

200L

300L

Vessel

(Dia. x Dep.)

φ240×180

φ400×500

φ600×460

φ720×650

φ750×790

Capacity (L)

Full volume

8

57

130

265

350

Working volume

5

40

100

200

300

Dispersing power (kw)

1

4.5

5.5

10

12

Stirring Power

(kw)

1.5

5.5

7.5

11

15

Stirring speed (rpm)

0-100

0-100

0-100

0-80

0-80

Scraper speed (rpm)

0-60

0-60

0-60

0-50

0-50

Enhancing Mixing Efficiency with High Viscosity Mixing Equipment

Introduction:


In industries that deal with high viscosity materials, achieving effective mixing can be a challenging task. High viscosity mixing equipment has revolutionized the mixing process, offering efficient blending and dispersion of thick and viscous materials. In this technical article, we will explore the significance of high viscosity mixing equipment, including high viscosity mixing machines and double planetary mixers. We will discuss their applications, benefits, and how they contribute to optimizing mixing processes for high viscosity materials.


High Viscosity Mixing Equipment: Overcoming Mixing Challenges

High viscosity materials, such as pastes, gels, adhesives, and creams, require specialized equipment for thorough mixing. High viscosity mixing equipment is designed to handle these materials, ensuring efficient blending, dispersion, and uniformity. By providing robust mixing mechanisms and powerful motors, this equipment can overcome the challenges posed by the high resistance and stickiness of viscous substances.

High Viscosity Mixing Machine: Efficient Mixing for Thick Materials

A high viscosity mixing machine is a versatile tool that enables effective blending of high viscosity materials. These machines employ various mixing techniques, such as high-speed rotation, high-torque mixing elements, and adjustable mixing parameters. With their robust construction and powerful mixing capabilities, high viscosity mixing machines ensure thorough dispersion and uniform distribution of ingredients, even in the most viscous formulations.


Double Planetary Mixers: Precise Mixing for Viscous Formulations

Double planetary mixers have emerged as a popular choice for high viscosity mixing applications. These mixers feature two mixing blades that rotate on their own axes while orbiting the mixing vessel. The combination of planetary and rotational motion ensures efficient blending and dispersion of high viscosity materials. Double planetary mixers offer precise control over mixing speed, duration, and other parameters, allowing manufacturers to achieve consistent and desired mixing results.


Benefits of High Viscosity Mixing Equipment

The utilization of high viscosity mixing equipment offers several benefits for industries dealing with thick and viscous materials. These benefits include:

Efficient Mixing: High viscosity mixing equipment ensures thorough blending and dispersion, reducing the risk of ingredient inconsistencies and improving overall product quality.

Time and Cost Savings: With powerful motors and advanced mixing mechanisms, high viscosity mixing equipment minimizes mixing time, leading to increased productivity and cost savings.

Versatility: High viscosity mixing equipment is designed to handle a wide range of materials, accommodating different viscosities and formulations.


Consistency and Uniformity: By achieving uniform distribution of ingredients, high viscosity mixing equipment helps maintain consistency and product quality throughout the manufacturing process.

Scalability: High viscosity mixing equipment is available in various sizes and capacities, allowing manufacturers to scale up production as needed.


Conclusion:

High viscosity mixing equipment, including high viscosity mixing machines and double planetary mixers, plays a crucial role in industries that deal with thick and viscous materials. By enabling efficient blending, dispersion, and uniformity, this equipment enhances mixing processes, improves product quality, and increases productivity. Investing in high viscosity mixing equipment allows manufacturers to overcome the challenges posed by high viscosity materials, ensuring consistent and reliable results.

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