Sales of industrial sealed air-tight OEM and industrial process blowers and fans, commercial ventilators, OEM fan / blower components. Supply of combustion pressure blowers, high temperature oven fan ventilators, dust collecting fan, blowers, ventilators, fume scrubber blowers, FRP ventilators, tube axial and vane axial ventilators and industrial inline duct fans, ventilators and blowers.


Supply of  Woods, MK Plastics, Robinson Industrial, Garden City Fan, Loren Cook, Jen-air, Jenn Fan, Aeroflo, Grainger, Greenheck, Kice Fan, ILG Industries, Canada Fan, Industrial Air, Ceilcote, Breidert, Anderson 2000, Solar and Palau, Strobic air, Trane, TCF Axial ventilators.

BARRIE FAN


Industrial Impellers

Precisely engineered by our technical team, our range of blower impellers, fan wheels, double inlet impellers are sturdy and durable industrial applications. These industrial wheel blades are specially designed for high efficiency and stable performance in the industry specific processes. That's why these single width blower impellers and double width wheels are widely used by our customers across the globe.

Double Inlet Fan Wheel Impellers

Double Inlet Fan Wheels

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We offer a large line of Double Width Fan Wheels, single inlet blower impellers and fan wheel / shaft assemblies. Manufactured per highest industrial certification standards, these impellers are equipped with liner plates to enhance its durability.
Fan Impeller Wheel Shaft Assemly
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Fan Impeller & Shaft Assemlies



Fan Impeller & Shaft Assemblies
are made accordin to the top industry manufacturing standards and used in different industries like Petrochemical, Steel, Paper Production and others. The high efficiency blades design helps to achieve high operational speeds, as well as stable performance - for critical industrial process requirements. Being dynamically balanced, they are finished with industrial grade paints - for long reliable service in tough process applications.

Backward curved fan wheel
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Backward Curved Fan Wheels



Backwardly Curved and Airfoil Fan Wheels
are among our wide range of fan / blower impellers that are manufactured using high-grade materials, as well as using casting process with ceramic and aluminum materials utilized. We also ensure that the impeller range is well tested per the defined operational parameters - to provide for optimum functional in the tough process applications. Further, these impellers are finished with protective coatings to witstand aggressive chemical gases and liquids.

Fan / blower wheel balancing. Quick supply of idustrial axial fans, air circulation ventilators, warehouse ventilators, high volume ventilation fans, hot air ventilation fans, industrial exhaust fans, portable industrial blowers, garage ventilators, PRV roof fans, explosion proof pressure blowers, wall ventilators, fan wheel blades, combustion pressure blowers, pvc ventilators, ID fans, FD fans, force draft ventilators, induse draft blowers, propylene & FRP PVC ventilators, spark-resistant blowers, sealed ventilators, dust collector ventilators & fans.
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Impeller Final Balancing



Fan / Blower Wheel Balancing
is done per highest air moving industry standards - to ensure smooth and energy efficient ventilator operation. Reliable and maintenance free fan and blower work is our general goal.


Suppliers of cool air blowers, high volume air ventilators, air blower motors, pneumatic blowers, compressed air blowers, suction pressure blowers, air blower compressores, high pressure axial fans, propeller fans, axial prop fans, industrial fan motors, big industrial fans, large industrial ventilators, industrial blower systems, explosion proof ventilation fans, rooftop fans and ventilators, shop fans, building ventilation fans.

Contact Us

Barrie Fan
Hamilton, ON

Call Us: 1-888-763-1800



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Industrial regenerative pressure blowers, ILG commercial fans, high-temperature centrifugal and axial blowers, high pressure side channel blowers, OEM fans, roof and wall exhausters, ventilation equipment, HVAC, heating ventilating and air-conditioning equipment, process and O.E.M. blowers, custom built fans, ventilators.  Centrifugal ventilator has a number of blades mounted around the hub, which turns on a shaft that passes through the housing.

Even in large fans, a sixteenth of an inch of material build up can reduce performance. Centrifugal fans will move some air even when running backwards. While some types would use so much horsepower they would trip circuit breakers, other design s could run for years without being detected. Fan components may be out of position due to routine cleaning or painting or the wheel could have shifted during shipment. For backward inclined fans, the relation of wheel to inlet cone is very critical. Even a quarter of an inch can have a major impact. The fan’s installation and maintenance literature shows the proper positioning of the wheel to the fan inlet cone.

Industrial processes and plant ventilation systems often need more air than originally designed. Increased production requirements, process changes, and facility renovations are a few of the major reasons. Additionally, the lack of adequate maintenance over time can negatively impact system airflows. This article discusses several procedures that can increase airflow. Often airflow can be increased by adhering to proper fan maintenance procedures as outlined in fan installation and maintenance literature.

The design and maintenance of the HVAC system plays a large role in achieving the overall desired performance. Visual inspections often reveal some easily rectified problems that can significantly impair performance. If the system has not been properly maintained, clogged filters or obstructed coils will reduce airflow. The greater the obstruction, the greater the loss in airflow. Any leaks in the ductwork will contribute to reduced performance, especially leaks around plenum bulkheads that can lead to recirculation of air. Worn flexible connectors are a common source of leaks and should be inspected regularly. If the damper linkage is out of adjustment, the damper may not be opening completely, thereby reducing performance. If inlet dampers are used, make sure they are installed so that the air is pre-spun in the same direction as wheel rotation. For all fan dampers, make sure there is sufficient clearance for the blades to open and close completely without hitting the ductwork or other system components. Last, for systems with either pneumatic or electric controls, make sure damper actuators are operating properly. Sharp changes in the direction of airflow at either the fan inlet or outlet will disrupt the flow through the fan and impair performance. If it is impossible to straighten the ductwork entering and leaving the fan, the use of inlet boxes and turning vanes can minimize performance losses.

One of the easiest solutions to low airflow problems is speeding up the fan. While airflow is increased by speeding up the fan, so too are static pressure, noise, and power requirements. Therefore, while increasing the fan’s speed is an easy procedure with low first cost, the additional operating expense over time makes it the most costly solution. When increasing fan speed, it is necessary to check the maximum safe speed of the fan and make sure the motor is capable of the horsepower required to run the fan at the new speed. But never run a fan beyond its maximum safe speed.

On a first-cost basis, adding or replacing fan equipment is the most costly alternative. However, on a life-cycle-cost basis, considering operating and maintenance expense, it can be the least expensive, as compared to increasing the speed of an existing fan. Sometimes a second fan may be added, either in series or parallel with the original, although it may be more cost effective to simply upgrade the system with a new fan capable of the required airflow and pressure. Adding another fan in series will increase the airflow because of the additional pressure. The operating point of the new system moves further out/up the system curve. Where duct size is adequate to handle the desired amount of air but the existing fan doesn’t provide sufficient pressure, a second fan in series may be the best solution. However, make sure the ductwork can handle the increase in pressure. Adding another fan in parallel with the first will increase airflow due to the combined capacities. Because capacities are being combined instead of pressures, a greater increase in airflow will result for a given system. However, system pressures will also increase and caution is required to avoid the unstable operating area of the combined fan system.

When more air is required it is important to investigate the system on a step-by-step basis, considering the least expensive possibilities first. For existing systems that seem to have lost performance, fan and system maintenance is the place to start. Often, simply improving the efficiency of existing components will suffice. For systems that require greater airflow and / or pressure, increased fan speed is generally the first alternative. However, when large increases in performance are required, there may be no alternative but to purchase a larger fan.
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