A Maharashtra-based paint and surface-coating systems integrator. Their coating lines live or die on process air. Booths need it to sweep overspray to filtration. Ovens need it to move heated air to spec. Exhaust paths need it to keep the whole line breathing. When the air moves right, the finish is right — and the line keeps running.
This is not a shelf fan. High-volume booth and oven air movement in the 1,50,000 CMH-plus class, driven to 100–150 HP, sits at the moderate static pressures typical of coating ducting and filtration — and it has to hold that duty against real filter loading, real duct runs, and elevated process temperatures at the ovens. Get the aerodynamic selection wrong and you either starve the booth or overspend on absorbed power. The margin between the two is narrow, and it is where the engineering lives.
Centrifugal blowers, direct-drive blowers, and spares, matched to each line's requirement rather than pulled from a catalogue — made to order, not off a shelf. Impeller geometry, drive arrangement, and materials were selected against the specific booth, oven, and exhaust duties on the integrator's projects, computed and verified to each duty.
Every fan was performance-tested in-house on our 200 HP VFD test rig, to the IS 4894 / AMCA 210 method, before it left the floor. You get the measured curve, not a modelled one — proof, not promises.
This is not a single order. It is a sustained, multi-year, repeat-supply position — blowers, direct-drive units, and spares, moving across the integrator's coating projects as they come. They specify, we build and test, they specify again. Order after order, they keep coming back to the same bench. That is the whole point: a supply relationship that holds because the fans hold.
If you build or run coating lines — paint shops, booths, ovens, exhaust — and you need process air that arrives on a measured curve rather than a promise, we would be glad to look at your duty with you. Send us the airflow, the static pressure, and the temperature, and we will tell you honestly what it takes. Whatever the parameters, that is a conversation we are set up to have.
— Mihir Kulkarni, Director, Jitamitra Electro Engineering
Engineered for Every Application.
Real dispatched fans from this duty class — nameplate-scrubbed. Representative of the work; not the customer's own unit.
This is not a shelf fan. Centrifugal blowers, direct-drive blowers and spares were matched to each line's requirement rather than pulled from a catalogue — made to order, not off a shelf. Impeller geometry, drive arrangement and materials were selected against the specific booth, oven and exhaust duties on the integrator's projects, computed and verified to each duty.
Because it is measured, not modelled. Every fan was performance-tested in-house on our 200 HP VFD test rig, to the IS 4894 / AMCA 210 method, before it left the floor. You get the measured curve, not a modelled one — proof, not promises. Send us the airflow, static pressure and temperature and we will tell you honestly what it takes.
The margin. High-volume booth and oven air movement in the 1,50,000 CMH-plus class, driven to 100–150 HP, sits at the moderate static pressures typical of coating ducting and filtration — and has to hold that duty against real filter loading, real duct runs and elevated oven temperatures. Get the selection wrong and you either starve the booth or overspend on absorbed power.
Both. What runs on this account is a sustained, multi-year, repeat-supply position — centrifugal blowers, direct-drive units and spares, moving across the integrator's coating projects as they come. They specify, we build and test, they specify again. A supply relationship that holds because the fans hold.
No, and the page says so. Those are real dispatched fans from this duty class, nameplate-scrubbed — representative of the work, not the customer's own unit. The account behind the story is a Maharashtra-based paint and surface-coating systems integrator whose coating lines live or die on process air; the pictured units illustrate the duty class, nothing more.
The airflow, the static pressure and the temperature. If you build or run coating lines — paint shops, booths, ovens, exhaust — and you need process air that arrives on a measured curve rather than a promise, send those and we will tell you honestly what it takes. Whatever the parameters, that is a conversation we are set up to have.
Flow, static, gas temperature, application — or attach a spec, GA drawing or a multi-fan schedule. Engineer to engineer.
ISO 9001:2015 quality system · performance-tested to IS 4894 / ISO 5801 / AMCA 210 method · witnessed FAT on request.
*For our standard range. ATEX and special projects need 5 to 7 working days.
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