JVNW, Inc. constructs mixers for vessels and tanks. JVNW mixers aid in heat transfer, mix ingredients or adjust the product using gas dispersion or emulsification.
The JVNW Mix Tank: Where all components are perfectly matched for efficiency and performance. Cleaning devices reach every corner and do not interfere with shafts and impellers. Instrumentation is properly located to avoid false readings. Heat transfer jacketing is sized for batch loads or zoned for flexibility.
The whole process from shaft sizing to seal design is more effective when it comes from one source, and that source is JVNW. We combine tank fabrication expertise with our Mixer Engineering Department to offer a wide range of experience in agitation technology.
JVNW Tank Technology JVNW Mixer Technology = The Ultimate Mix Tank
Faster start-ups
Mixer-to-tank testing
Pre delivery assembly
No mismatches
Quicker delivery
Lower start-up costs
The following mixer designs are JVNW’s standard models. Custom designs are also available to meet your specific needs. If a higher viscosity product is required than listed in the process parameters, please consult the factory.
ENGINEERING ANALYSIS
Sanitary Design Experience: JVNW engineers are well acquainted with 3A, ASME standards, and all applicable codes. The requirement to pass spray-ball coverage tests for mix vessels gives JVNW engineers a unique insight into CIP performance on mixers.
JVNW RHEOLOGY LAB
The Mixer Test Lab uses the principle of rotational viscosity measurement. A spindle is immersed in the fluid sample and the torque resistance is measured at a constant speed.
The programmable viscometer will accurately ( or – 1%) measure fluids with viscosities from 15 6,000,000 cps (centipoise). On-site analysis is a service offered by JVNW. NIST traceable viscosity standards, data capture and retention capability (including temperature) are also provided.
Our Mixer Lab will:
Define the fluid characteristics of your product
Assist in the development of new products
Quantify and measure JVNW mixer performance
Perform on-going scientific research and development
The rheology of the fluid is important, as well as the desired mixing levels, utilities available, time constraints, and any unusual consideration such as, explosive atmospheres, foaming or other unique mixing characteristics.
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