Blendcon™ Homogenizing Blender

The Blendcon Homogenizing Blender is intended for processes where the blend vessel is not completely discharged and homogenizing of a single material is desired. This model is suitable for applications where it is desired to reverse the effects of particle size segregation along the bulk material handling process.

Homogenizes small or large batches

The Blendcon Homogenizing Blender is one of the fastest, most efficient large batch blenders available. It is also suitable for smaller batches. The Blendcon Homogenizing Blender is available in four different models depending on the desired blend batch size. The Blendcon is suitable for batch sizes as small as 5 cubic feet to as large as 10,000 cubic feet. Depending on the bulk material and the Blendcon model, it can blend a 300 cubic foot batch in just four minutes or a 10,000 cubic foot batch in 30 minutes.

By producing large, consistent, homogeneous batches, the Blendcon Homogenizing Blender simplifies material handling and quality control, and increases productivity.

Fast, homogeneous blending

The Blendcon Homogenizing Blender uses compressed air (or insert gas) to lift, turn and tumble dry materials, utilizing the high kinetic energy released when compressed air is allowed to expand rapidly to atmospheric pressure. Compressed air is pulsed into the material in an upward circular pattern. This blending method is so effective that very few pulses are required to complete the blending cycle.

There are no mixer arms or blades to wear out or clog, making the Blendcon air blender ideal for blending abrasive or fragile materials which would shorten the life of a conventional blender or degrade fragile materials.

Better cleanout between batches

The smooth interior blend vessel surfaces help prevent buildup. There are no mixing blades, tubes, or pipes to trap material, making it easier to perform any required cleanout between different batches.

Variable blending control

The blending action and intensity are controlled by the duration and frequency of air pulses, and by the pressure and volume of air. These variables are fully adjustable to achieve optimum results for your specific application.