The ribbon blender is an efficient, versatile machine for blending materials that have similar densities and particle sizes. It features a high-speed agitation system with a digital control panel and a discharge valve at the bottom. A ribbon-shaped trough is used to place the raw material and triggers the discharge of the product at the top.

It can be manually operated or pneumatically operated. When it comes to performance, ribbon blenders have a low failure rate and are highly reliable.

A ribbon blender’s drive arrangement is a key component in its operation. One-piece motor reducers operate at the same peripheral speed, which is more efficient than a belt drive.

The disadvantage of the belt drive is that it imposes an overhung load on the motor, which limits the motor’s efficiency and horsepower. Another disadvantage is that it can’t handle heavy loads without breaking down. This is a problem for most users.

horizontal mixer (1)
application of horizontal mixer

The ribbon agitator is a critical component of the ribbon blender’s design. The agitator consists of a horizontal shaft and helical ribbons that are precisely pitched to create radial flow. To ensure an even mixture, the mixing cylinders are inclined at 180 to 300 degrees.

The largest loading capacity of a ribbon blender is 70 percent. Different models have different sealing methods. To maximize the safety and efficiency of the operation, the agitator cylinder is inclined at an angle of approximately 90°.

A ribbon blender’s design and function are important. For example, some machines require that the agitator shaft be removed to clean the insides. Other companies prefer to use a dust-tight cover that makes cleanup easier.

A manual ribbon blender will often require you to load the materials before starting the machine. A wet process requires liquids to be added while the ribbon agitator is running. This is where a properly-designed ribbon blender can save your time.

structure of horizontal mixer

A ribbon blender is powered by a motor that is driven by a gear. The ribbons are arranged on the shaft to provide the most efficient mixing. A single gearmotor works in conjunction with a motor to provide the best power and efficiency.

A one-piece motor reducer is more efficient than a traditional belt-drive system, which relies on flexible belts and a set of pulleys. In addition to losing efficiency, overhung loads limit the motor’s longevity.

The ribbon blender is a versatile machine. It can blend powders that range from spice blends to drink mixes and multivitamins. The ribbon’s size and density also affect its ability to mix materials.

A one-piece motor reducer is more efficient than a belt-drive system, which relies on a belt and a set of pulleys. A one-piece drive will reduce the risk of overheating and decrease the motor’s longevity.a

features of horizontal mixer

While a ribbon blender’s main purpose is to mix ingredients, it is not possible to achieve 100 percent discharge. When working with delicate materials, a higher clearance between the outer ribbon and the container wall will cause unmixed areas. Additionally, the ribbon should be designed for easy removal.

The shaft must be removable from the agitator for cleaning purposes. If a person needs to use the agitator, it must be secured in order to operate.

A ribbon blender operates on two mixing principles. In convection, large portions of the solids are turned over. In diffusion, small particles move in one direction. In both cases, the solids are mixed to a large extent.

This is called convection. This is the case in both cases. However, the ribbon blender does not have any mechanical components that are not functional. Unlike a paddle mixer, a ribbon blender can be cleaned by scraping.

package of horizontal mixer

A ribbon blender operates by rotating in a countercurrent and radial motion. The agitator rotates at high speed, whereas the ribbon is stationary. It is also important to remember that the type of the machine will affect the type of materials it can handle.

The agitator should be designed for the material that will be blended. The agitator should be capable of transferring a large amount of material. It must also be compatible with the materials it will be used for.

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