Paddle mixer Introduction:
The double-shaft paddle non-gravity mixer comes with a horizontal barrel and reverse paddles that rotate biaxially. These paddles are angled to stir the materials in axial and radial directions, ensuring they are mixed quickly and evenly. The mixer also boasts replaceable blade blades that come in two pieces, with a small movable blade that can be replaced easily and cost-effectively. The discharge form is generally a pneumatic (manual) flap, with an arc valve that fits snugly in the cylinder and does not leave any material accumulation or mixing dead angle. The standard type has both a large and small opening, the former extending all the way to the cylinder's edge, resulting in a quick and residue-free discharge.
Scope of application for this sprial mixer:
The primary application of the double-shaft paddle non-gravity mixer is for achieving a high level of mixing uniformity in medium and high-grade putty powder. However, industries such as concrete admixtures, feed, chemical powder, and food spices have also extensively utilized this mixer. It's worth noting that this particular mixer is not suitable for mixing raw materials with exceptionally large spray volume or high material viscosity.
How does paddle mixer works:
The twin-shaft paddle mixer comprises two rotors rotating in opposite directions, each adorned with multiple sets of paddles. As the paddles intersect and overlap, they create a weightless zone where the material is suspended, devoid of any gravitational pull. Within this zone, the material rises and moves in a continuous circulation, undergoing shear forces from the intersecting paddles. This dynamic allows for swift blending and mixing, ensuring thorough integration of the components. By reorganizing the information given above, a highly similar content can be generated while retaining the essence of the original text.
Features of paddle mixer:
The mixer's paddle structure and the reducer's shaft speed affect the mixing process, reducing the impact of gravity on the materials. Thus, the differences in particle size and specific gravity between materials are overlooked. Thanks to the intense stirring motion, the mixing time is shortened, rendering the process quicker and more efficient.
The rapid and forceful movement of the staggered mixing blades can help to achieve a thorough mixing effect, even if the materials being mixed have varying specific gravities and particle sizes. This tossing and tumbling action creates a chaotic environment that encourages the materials to blend together effectively.
The non-gravity double-shaft paddle mixer is equipped with a spraying mechanism that allows for an operational spray rate of below 17%. However, it should be noted that this mixer may not be suitable for materials with excessively high viscosity after the addition of liquid. On the other hand, it is highly effective in mixing solid (powder) materials with other solid (powder) materials, specifically particles ranging in size from 300 to 2000 micrometers. By rearranging the provided information, I have emphasized the mixer's capability for solid-solid mixing and its limitation regarding high-viscosity materials post-liquid addition.
To meet the needs of the production process, this equipment can be additionally fitted with a solid-liquid mixing and drying system which includes a liquid spraying and jacketing device. This innovative system works efficiently to transform the final product into a solid-state (powder) with a low liquid content of less than 15%.
Mixing materials with varying specific gravity and particle size does not result in segregation or stratification, even when the solid-solid mixture has a ratio of 1:1000. The standard deviation in such cases ranges from 3 to 8/100,000, highlighting the effectiveness of this type of mixing. It is essential to note that this unique characteristic of mixing ensures that the resulting materials have uniform properties, making it ideal for various applications. Thus, utilizing this mixing technique can result in high-quality, well-mixed materials with consistent characteristics for different applications.
The speed of mixing is quite rapid, and typically, it only takes around 2-3 minutes for the powders to be thoroughly mixed. It is essential to note that this process moves along quickly, ensuring that production time stays on track and deadlines are met. By utilizing this swift mixing method, businesses can increase their overall efficiency and productivity, allowing them to meet the demands of their customers successfully.
One of the key benefits of this mixer is its low energy consumption. In fact, it uses only around 1/4 to 1/10 of the energy consumed by a typical mixer. This is due in part to the machine's intermittent operation, which helps to conserve energy. Additionally, the mixer features a discharge valve that uses a double-door system, which allows for both manual and pneumatic discharge. This means that the machine can be customized to fit your needs and preferences. So if you're looking for a mixer that is both energy-efficient and versatile, this one could be a great choice.
The paddle mixer's components can be personalized, offering the option of choosing between carbon steel and stainless steel. The materials used in the construction of this equipment can be tailored to meet your specific needs.
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