A ribbon blender is a high-speed mixer made from stainless steel. It has a U-shaped trough that encircles a fabricated ribbon agitator. The inner helical agitator moves the materials in one direction while the outer helix moves them in the opposite direction.

These machines are typically used for blends of 40 percent to 100% of their capacity. They are available in various configurations to suit the needs of different food and pharmaceutical companies.

Ribbon blenders are characterized by the use of a double helix ribbon agitator and a U-shaped trough. The inner helical agitator moves the materials toward the center, while the outer helix cycles them towards the ends of the trough.

This convective mixing method enables the materials to be incorporated into the final product within a short time. These types of mixers are best suited for applications where the material is dry.

horizontal mixer (1)
application of horizontal mixer

Ribbon blenders are commonly used for high-speed mixing of liquids and powders. They are very effective down to 25% of fill level, and they are available in different capacities.

They can also be equipped with high-speed lump agitators to break up agglomerates. Some ribbon mixers feature liquid spray bars mounted along the length of the trough. In addition, jacketing can be added for the purpose of heating or cooling the solids.

A double-helix ribbon blender with a U-shaped trough and a circular agitator is the most efficient option for larger blending operations. It has a high-capacity and is durable.

The IOPAK s/s 2000L model is an ideal choice for large-scale processing needs and the food industry. Its robust construction is also easy to clean and maintain.

If you need a large capacity ribbon blender, you can select the WBN batch-type blender with a single-shaft, double-counter-pitch ribbon screw and a venting spout.

structure of horizontal mixer

A ribbon blender is a high-speed mixer with a U-shaped trough and a specially fabricated ribbon agitator. It is designed to provide vigorous lateral and radial movement.

Its working capacity can vary from one litre to five hundred and fifty litres per hour. It is also available with a range of attachments, including a motor and a stand. Depending on the application, the WBN may be the best option for your needs.

There are many different types of ribbon blenders on the market. A ribbon blender Australia has a wide range of models to meet the needs of most industries. These machines are made from stainless steel and are durable and versatile, and can be used for blending small-scale batches and large-scale industrial applications.

However, you can find a great deal of flexibility when it comes to choosing the right unit for your application. If you want a large capacity, you can select the IOPAK s/s 2000L double-helix model.

features of horizontal mixer

A WBN ribbon blender has two helical agitators. The outer helix moves the material towards the center, while the inner helix cycles the material out of the machine. Both types of agitators can be used to blend materials, and are typically used for liquids and dry powders.

They can range in capacity from ten to 20,000 liters per hour. There are various kinds of agitators to suit the needs of different types of industries.

IOPAK s/s 2000L double-helix ribbon blender. These are commonly used in the chemical and food industries. These machines are designed to be strong, durable, and reliable.

Regardless of the type of ribbon, these blenders have different working capacities, from one cubic foot to five hundred and fifty-five cubic feet. They come in different sizes to suit any application. There are two types of agitator: the continuous ribbon and the paddle agitator.

package of horizontal mixer

The WBN ribbon blender features a dual helix agitator with an outer and inner helix. The helix moves material into the center and cycles it outward. This agitator is used to blend dry powders and PVC.

A ribbon blender is available in capacities from 10 to 20,000 liters/hr. A deaerated environment may lead to better interaction between discrete particles. It may also enhance the homogenization process and facilitate faster integration of minor additives.

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Blog: Ribbon Blender Australia

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Blog: Ribbon Blender Australia