We are an authentic manufacturer and supplier engaged in offering superior quality Energy Efficient Process Equipments. These consignments are appreciated among clients for their sturdy construction and longer service life.
Trust in us
FRP reaction vessels and storage tanks, produced by microcompuler controlled winding machine.
The fabrication process is same as FRP vessels. There are different kinds of design to fulfill the customer demand.
Dumping Vessel for vs with alloy Material Inside Coil for -30 deg Chilling up to (-pH).
J.M.E is a team of technocrats and professionals, who, based on their research and technology oriented approach and smart ideas, can increase your profit in unit operations of Filtration, Evaporation, Drying and Agitation by designing and engineering the most efficient systems. In short, J.M.E is a potential partner to all your process equipment needs.
J.M.E team have decades of proven experience in design, manufacture, commissioning and after sales service specialized mixing system catering to the needs of Chemical, Pharmaceuticals & bulk drugs, Biotechnology, Polymerizations, Paint & Varnish, Ink & Resin, Dyes & Intermediates, Pulp & Paper, Portable/Waste water treatment, etc.
J.M.E expert can also do the FREE Energy & Mixing audit for your existing Agitation & Mixing systems and will recommend suitable alternative to optimize the power and mixing requirements. Attached is the data sheet for your ready reference.
The key to an efficient mixing system is the impeller. For each application there is an ideal impeller. J.M.E has decades of experience in fluid mixing, and uniquely placed to offer effective solutions for all application areas. J.M.E’s commitment to mixing application has helped to create a unique, modern, spectrum of impellers, which meet the needs of processes accurately and efficiently. J.M.E’s mixers range from fractional kW through to the hundreds of kW to suit application requirement. The use of J.M.E impellers has generated lower capital and operating costs for many customers.
Mixing is the key to process design. Impeller selection is a key to mixer design. How impellers convert energy into fluid motion is fundamental to their ability to provide a predictable process result.
All the energy (P) applied by any mixing impeller produces a pumping effect (Q) and a velocity head (H), so that P α QH A knowledge of how this balance of energy distribution can change with impeller geometry is fundamental to mixer design. J.M.E has used its extensive knowledge of impeller fluid mechanics to recommend a variety of efficient, process specific, impellers.
|Speed||60 RPM||42 RPM|