VMW-Series
V-shaped elements
| Viscosity | Low (gases) |
| Sizes | DN10 to DN300 |
| Materials | SS316 |
| Surface treatment | Pickled Electropolished |
VMW-Series
These series are especially designed for certain low viscous applications, for fluids and gases, and fluids in combination with gases.
The V-type mixing element is ideal for mixing/dispersing gas(es) into low viscous fluids.
Interested? Contact us for more information.
Application areas
The VMW-series are used in numerous processing applications involving low viscous liquids whether or not in combination with gases and are applied in various industries.
Your benefits
- Custom design to meet specific requirements
- Robust and maintenance free
- High mixing efficiency
- Low energy consumption
- Easy to install
Technical information
| Specifications | |
| Viscosity | Low |
| Sizes | DN10 to DN300 |
| Materials | Mixing elements in SS316 - Housing available in other materials |
| Surface treatment | Pickled - Electropolished |
| Connections | Hygienic connections, flanged DIN, ASA or screwed connection Sockets, plain end, other on request |
| Optional | Jacket (double piping) for heating or cooling |
The V-shaped elements are especially designed for dispersing low viscous media such as gas and ideal for applications
that require a homogeneous mixing and blending action in the turbulent flow regime.
The mixing elements consits of intersecting corrugated plates and channels that encourage rapid mixing in combination with plug flow progression.
The elements are welded together, 90° turned to create an element string.
Thanks to these multi-layered 'V' shaped metallic (corrugated) plates, small sized bubbles are formed. Creating a very large contact area between the media
that have to be mixed (fluid or gas). The bubbles are of a consistent size and evenly spread over the entire pipe diameter and the mixing length.
The number of elements depends on various factors and consist mostly between 2 or 6 elements,
sometimes with a spacer in between them.
Any number of additives can be mixed at the same time within the mixing zone.