The coneVerge® maximizes efficiency by forming uniform, concentric, knife edge, optimum gap, multiple parallel flow channels between its fixed inner cone and sliding outer cone. The product flows through and exits these channels at high velocity and impacts with each other further enhancing energy utilization and homogenizing efficiency. The coneVerge® is TUV Add Better certified to reduce required homogenizer pressure and energy by up to 20%. In some cases, homogenizing pressure can be lowered even more than 20% - up to 50%.
Main Features
- Homogenizing efficiency is maximized
- Machining tolerances of micron size multiple parallel gaps are off set by using cones
- Deflections eliminated using only two solid hard metal wear parts, one fixed and one sliding.
- Self centering due to product flow through the gaps in same axis as actuation
- Subjecting all the product to uniform fluid dynamics.
- No Springs are used making the valve robust and free of vibrations and harmonics, with low noise.
- Can be supplied with new high pressure homogenizer and also retrofitted on existing GEA or non-GEA homogenizers. Significant reduction in TCO of entire homogenizer with energy savings and reduction in wear and maintenance frequency, scope and cost.
- Improved particle size distribution, which lowers susceptibility to seasonal variations and reduction in surfactant use, if used.
- Available with double seals with flushed barrier chambers to homogenize aseptic/sterile products.
coneVerge® is registered as a trademark in several countries worldwide.
Have a look to the video to see how the coneVerge® works
Sustainability follows the right choice
Add Better reflects our commitment to continuously improve – for our customers and for the environment.
Solutions carrying the Add Better label save energy and water, reduce emissions, and minimize waste compared with their predecessor models.
Each solution is evaluated using concrete data and industry standards through an assessment process developed with TÜV Rheinland, who also verifies every calculation.
