LODHA LI-VCB 10

The most popular kind of tumbling blender, the V-Cone Blender, combines quick mixing periods with effective blending. Also referred to as a V-Shape Mixer. V Cone Blender: This blender has two inclined cylinders that are set at an angle of between 70° and 90° to create a conical ”V” shape. Maintain the filling level of a V Blender machine between 50% and 60% of the total volume to allow the particles to move in a predetermined pattern and achieve good mixing performance. Maintaining a fill level below this percentage reduces the amount of time needed for homogenous blending by creating open space inside the cylinder throughout the blending process and enabling particles to go through it smoothly. The food, cosmetic, pharmaceutical, and nutraceutical industries can all benefit from the use of the V-Cone Blender.

Special characteristics include a large, rotating V-shaped shell.
There is an available intensifier bar for specific uses.
Simple process of material loading and unloading.
When paired with the Bin charging system, the activities are free of dust. ‚ Special baffles to increase mixing shear
Integrated vacuum loading with near-complete product material discharge is available
Building materials made of stainless steel (SS 316)
Designed for dust-free processing, complete material discharge without contamination; no shaft projection means no product contamination; easy to clean with internal attachments like lump breakers and liquid dispensers; ideal for blending dry powders and granules, including fragile material;
Minimal upkeep is necessary

The material is put into the blender. This is how the V-Cone Blender operates. For the V-Blender, filling it to between 50 and 60 percent of the total blender volume is advised. There is a tumbling motion upon rotation. The material continually splits and recombines when the V-Blender topples. Homogenous blending is achieved through the material and blender moving in a repeating, converging, and diverging motion. With the use of a butterfly valve, the product is retrieved from the bottom of the V. Depending on the characteristics of the substance to be blended, normal blend times normally fall between five and fifteen minutes.

 Technical Specification: