Tamoor HVLS Fans vs. Ordinary HVLS Fans
Walk into any Pakistani warehouse or factory between June and September, and you will see the same situation. The AC units are running at full power but still cannot cool the space. Workers are taking more water breaks than the shift schedule allows. Productivity drops every afternoon when the heat is highest. Somewhere near the ceiling, a large industrial fan is spinning at full speed, making full noise, and using full electricity, while the floor underneath still feels still and hot.
Most facility owners have already spent good money believing a “big fan” would fix this. Here is what nobody told them at the time of purchase: not every HVLS (High Volume Low Speed) fan performs the same way, even when they look identical on a specification sheet. Two fans with the same size, price range, and “industrial grade” label can move completely different volumes of air. Some fans actually cool a space. Others just occupy the space, increase the electricity bill, and do not solve the problem.
This is where the real comparison begins. Air delivery, power efficiency, size range, control convenience, and warranty coverage are the points that separate a fan that solves the heat problem from one that becomes another recurring cost. Here is exactly how Tamoor HVLS fans compare to ordinary HVLS fans on every front.
The Core Truth About HVLS Fans
Most buyers never hear this before they purchase: a 70-inch fan from one brand can move more air than an 80-inch fan from another. Size on a specification sheet tells you almost nothing on its own. What actually decides performance is how much air the fan delivers for the space it is installed in not blade diameter, not price, and not brand name.
That's the lens every HVLS fan should be judged through, and it's exactly where this comparison starts.
Air Delivery: The Number That Actually Solves the Heat Problem
Tamoor’s HVLS fans deliver a clear airflow advantage at every comparable size. The Magnetron 84" moves 560 m³/min of air. Across the full Magnetron range, output scales from 340 m³/min at 64" up to 560 m³/min at 84".
Many ordinary HVLS fans in this size class deliver noticeably less. At 80", a common size among them, output typically reaches around 360 m³/min.
That is a 200 m³/min gap between Tamoor’s 84" and the ordinary fan’s 80". Tamoor moves 55% more air on a nearly identical footprint. On the ground, that gap is the difference between a floor with real air movement and a floor with dead zones where workers still feel the heat even when standing right under the fan. It is also the reason facilities that install underperforming HVLS fans often end up buying extra units later, quietly paying twice to fix a problem the right fan would have solved the first time. Air delivery is the one number that cannot be dressed up. Either it is moving enough air for your space, or it is not.
Power Efficiency: Read the Ratio, Not the Wattage Alone
Tamoor's HVLS fans draw more power on paper, but deliver considerably more air for it. The Magnetron 84" uses 120W and delivers 560 m³/min, a ratio of 4.67 m³/min of airflow for every watt consumed.
Ordinary HVLS fans tend to draw less power but deliver less air in return. At 80", many of them use around 85W to deliver 360 m³/min, a ratio of 4.24 m³/min per watt.
On paper, 85W looks cheaper to run than 120W. That impression falls apart once you look at what each watt is actually producing: Tamoor delivers roughly 10% more air per watt despite the higher wattage, and that extra power buys 200 m³/min of additional airflow, a far better trade than a smaller motor doing less work at a slightly lower price.
Energy Efficiency: Where the Real Savings Show Up
An HVLS fan doesn't run for an hour a day. It runs 8 to 10+ hours daily, across a full season, sometimes year-round in hotter regions. At that kind of duty cycle, efficiency differences stop being small; they compound into real money on the electricity bill, month after month.
Tamoor states that its Magnetron series can deliver up to 70% energy savings, though the actual savings will depend on operating conditions and the comparison baseline. Ordinary HVLS fans available in the market don't publish an equivalent output-per-watt claim, which makes it harder for a buyer to judge their real running cost against the airflow they'll actually get.
To see what this looks like for your own facility, Tamoor's energy savings calculator lets you enter your fan count, usage hours, and electricity rate to get a personalized estimate in under a minute.
Size Range: From Standard Floors to Extra-Large Spaces
Tamoor's HVLS lineup spans two series to cover a wide range of facility sizes. The Magnetron series (64" / 72" / 84") is built for standard to large industrial floors. The Titan series (100" / 120") extends into high-bay warehouses and large-span manufacturing floors where a smaller fan simply doesn't cover enough ground.
Ordinary HVLS fans reviewed here max out at 80", covering standard industrial floors only. There is no equivalent to Titan's 100"–120" range in the ordinary lineup.
This matters more than it looks. Size range decides how many fans a facility actually needs. Force 100"–120" worth of coverage onto 80" units, and the fix is buying extra fans just to close the gap a hidden cost that never shows up in the original per-unit comparison. If your facility falls into this bracket, Magnetron and Titan are the two lines worth looking at directly.
Control System: Titan's Stepless Precision vs Fixed Speed Settings
Tamoor's Titan series uses VFD (Variable Frequency Drive) technology, allowing stepless, precise speed adjustment rather than jumping between fixed increments. On a 100"–120" fan that runs most of the working day and sits well out of arm's reach, that level of control makes a real operational difference.
Ordinary HVLS fans typically offer a fixed set of speed settings, commonly around 7 preset speeds controlled via remote. This works, but it limits the operator to the closest available step rather than the exact airflow level the space needs.
For facilities running several large-span units, the difference between stepless and fixed-step control adds up over a full working day of adjustments.
Warranty: A Shared Standard, Not a Gap
Tamoor's HVLS fans come with a 5-year repair warranty covering the motor, controller, and remote, with clearly stated terms.
Ordinary HVLS fans in this comparison also carry a 5-year warranty on the motor and PCB, with a comparable duration and comparable coverage.
Warranty length alone isn't the full picture, though. Even after the 5-year period ends, Tamoor's support team remains available to help if an issue comes up years down the line, whether that's guidance, a paid repair, or helping source a part. For a fan expected to run for a decade or more, knowing the manufacturer stays reachable after the warranty period matters as much as the warranty itself.
Build Quality
Tamoor's HVLS fans are built with high-strength aluminium construction, designed to handle the vibration and load of continuous multi-hour operation, the conditions under which blade fatigue and housing wear typically show up first on lower-grade fans.
Ordinary HVLS fans are also generally built with aluminium blade construction, though the specific grade and manufacturing process are not always published, making a direct, verified comparison difficult on this point.
The Decision Is Already Made
Air delivery, power efficiency, size range, and control convenience all point the same way. An ordinary HVLS fan's lower wattage looks good in isolation, but the moment you measure output against cost, that advantage disappears. Warranty coverage is comparable across both, which means the real decision comes down to which fan actually solves the airflow problem in your space, and on that front, the numbers favor Tamoor at every size.
Frequently Asked Questions
How much air does an HVLS fan deliver?
It depends on the specific model and size. Tamoor's Magnetron 84" delivers 560 m³/min, well above ordinary HVLS fans of a similar size, which typically top out around 360 m³/min at 80".
What is the price of a Tamoor HVLS fan?
Magnetron pricing ranges from Rs. 69,995 (64") to Rs. 80,995 (84"). Titan (100"/120") is priced by request, since larger installations vary by site. Get in touch with Tamoor directly for a Titan quote or bulk pricing.
How much electricity does an HVLS fan consume?
Tamoor's Magnetron series draws between 110W and 120W depending on size, while delivering significantly more air than lower-wattage alternatives; the higher wattage is offset by a larger volume of air delivered per unit of power.
Conclusion
An HVLS fan isn't something you install once and forget. It runs for years, hours a day, and it's either doing its job or quietly costing you extra units to cover weak airflow, higher electricity bills from a lower-output motor, and no easy way to fine-tune it once it's up. Tamoor's Magnetron and Titan are built to take that risk off the table: stronger air delivery, a size range that reaches facilities ordinary fans can't cover, and control options built for how a real facility actually runs.
Ready to choose the right fan for your facility? Get in touch with Tamoor to pick the Magnetron or Titan model built for your floor size.
