What is an alternative to a ribbon mixer?

PerMix Engineering Team Presents: Vertical vs Horizontal Ribbon Mixers, Which Mixer To Choose

If you are looking for more details, kindly visit Wldh Horizontal Ribbon Mixer machine.

Both of the mixers are generally used to mix dry powders and most often end users are confused as to which mixer would be suitable for them?

Ribbon blender is a horizontal blender that is used to mix the dry powders gently. Ribbon blender consists of inner and outer ribbons, where the outer ribbon continuously lifts the material and pass it to inner ribbons where they are traversed axially.

Cone Screw blender is a vertical mixer that is used to mix the dry powders even more gently as compared to the ribbon mixer. Here the materials are mixed with the help of the self-rotation screw which lifts the material from the bottom of the cone to the top and then the materials fall down by gravity.

Here are some of the factors one should consider before choosing between Ribbon Blender and Vertical Cone Screw Blender:

Less Footprint: Ribbon blender occupies more footprint area as compared to the Vertical Cone Screw blender but headspace required for the same is higher.

Initial & Energy Costs: The capital cost of Vertical Cone Screw Blender is higher as compared to that of the Ribbon blender. But, the power cost required to run the ribbon blender is greater than required for the Vertical Cone Screw blender.

Discharge: Ideally speaking Vertical Cone Screw blender can give 100% of the discharge as compared to some of the 10% residual left in the Ribbon blender.

Contamination: Ribbon blender has a higher chance of contamination due to the presence of packing gland in the product zone. So, if contamination is affecting the product adversely and product quality is of great importance than one can shift to the Vertical Cone Screw blender.

Are you interested in learning more about types of powder mixers? Contact us today to secure an expert consultation!

Operation: If one needs to operate with the batches only occupying 20-30% of mixer volume then one can opt for Vertical Cone Screw blender. Cause unlike Ribbon blender, they don&#;t have requirement of minimum volume.

Gentle mixing: For the friable material, the Vertical Screw Cone blender offers gentler mixing as compared to the Ribbon blender.

Cleaning: While mixing reactive materials in batches, cleaning becomes essential. Vertical Cone Screw Mixer provides easier and complete clean up as opposed to Ribbon blender where there are chances of product leftover.

#permix#mixer#blender#engineering#innovation#mixing#foodmanufacturing#pharmaceuticalmanufacturing#bulkmaterialhandling#bulkingredients

The current manufacturing landscape is rife with supply chain issues that generally fall out of a manufacturer&#;s control. To ease the strain on production lines, it is key to have processing equipment that is efficient and able to support growing demand. Choosing the right equipment can be daunting, but due diligence up front can pay great dividends in the long run. For bulk solids mixing processes, several factors must be taken into consideration, such as plant size, budget and batch size, as well as the bulk density and friability of the materials being mixed. 

Bulk solid mixers perform a variety of functions, including blending ingredients, heating or cooling, vacuum drying, and coating solid particles with small amounts of liquid. The goal when selecting equipment is to ensure that the equipment will be able to achieve the objectives of the process accurately and efficiently. 

Among solid-solid blending systems, two of the most common types are the horizontal ribbon blender and the tumble blender. While both blenders offer superior mixing capabilities and can be customized with advanced recipe control systems, there are some significant differences between them and how each design can best be utilized. 

Ribbon blenders

A ribbon blender consists of a U-shaped horizontal trough and an agitator made up of inner and outer helical ribbons that move material in opposite directions. The agitator is powered by a gearmotor drive, which rotates the ribbons at peripheral speeds up to approximately 300 feet per minute and moves material both radially and laterally.

For more information, please visit horizontal Ribbon Mixing Machine.