Engineering sales of air knife blowers, blow off fans, stainless steel fans and SST blowers, Canada Blower spark resistant ventilators, combustion blowers, vane axial / tube axial blowers, high pressure ventilators, sealed blowers and fans, FRP fiberglass ventilators. Quick ship of industrial packaged utility set fans and blowers, building ventilation ventilators and air-handling utility fan set units. Sales of high pressure blowers and fans, high temperature ventilators and pressure blowers, spark resistant explosion proof blower and heat resistant fans.
OEM fans and blowers / Canadian Blower

 
 

State of the Art Manufacturing

All our manufacturer's production facilities are equipped with the latest state of the art machinery. From the parts list the components are produced on computerized numerically controlled (CNC) machines to minimize throughput time and achieve precise tolerances. 

On completion of the fan equipment, a test run and final inspection is carried out. 
 

All work is conducted by highly skilled production personnel. 

The ability to work with many materials is due to the high levels of welding expertise in the Company, continuously updated by an ongoing commitment to training and the achievement of appropriate welding certificates. 
 

Modern fan test facilities are used to develop and test even large scale fans and blowers prior to shipment up to and including motor powers of 600 HP. 
 

Quality re-assured

Recent customer surveys show that more than 90% of customers recognize our products as being of excellent quality with very long life expectancy. Customer complaints (including customer errors and incomplete deliveries) are consistently less than one percent of total shipments. 

Warranties

Reinforcing their commitment to total quality all of our suppliers offer a 12 month warranty after shipment on all fans and 3 years on heat exchangers.

 

 

 

 

 

Canada Blower axial fan has fan blades or airfoils that are attached to a hub or impeller that is placed on the motor. The number of blades can vary from two or three up to as many as thirteen. They can be made from a wide variety of materials from steel and aluminum to different types of polymers. The key factor to the fan blades is their pitch, which can be fixed, propeller, or adjustable, depending on the type of fan. The wing tip of the blade is similar to the tip of the propeller blades of an airplane. It serves the purpose of stopping air from moving from the positive side of the blade to the negative, which reduces turbulence and significantly reduces noise.













Canada Blower Backwardly inclined (BI) fan blowers and aerofoil (AF), acoustafoil (AcF), or aerocline fan blowers from New York; with high temperature construction, low leakage, 87 % efficiency, stainless steel SS316, SS316L, SS304, aluminum construction, spark resistant construction, monel construction. Supply of replacement backward inclined (BI) fan blowers and airfoil (AF), or acoustafoil (AcF), or Aerocline fan blower parts for backward inclined bi fan blowers manufactured by Buffalo Blower / New York Blower, Twin City Fan, Northern Blower, Chicago Blower, Sheldons, Cincinnati Fan, Hartzell, IAP, Industrial air products, Canadian blower, Howden Buffalo, Penn Ventilation, Penn-Barry, Barry Blower, ACME, Aerovent, Alphair, American Fan, Lau Industries, Clarage, Delhi, Canarm, Leader Fan, Daltec, ABB, Flakt, Flaktwoods, 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; high pressue and high temperature pressure blowers.

Manufacturers of Canarm fans, Leader fans, CFC cincinnati blowers, Delhi ventilators, Plastec blowers, combustion process pressure blowers, vaneaxial fans, tubeaxial blowers, oven circulating fans, fan air kits, plug ventilators, New York Blower fans, ILG ventilators, Madok coils, Sheldons Engineering fans, Chicago Blower pressure blowers, dayton ventilators, Cincinnati Fan blowers, Grainger fans and blowers, side channel regenrative blowwers, blow-off ventilators, centrifugal fans, axial blowers, combustion ventilators, delhi fans ventilators, FRP pressure blowers, high temprature ventilators.

Industrial high pressure blowers, fans and ventilators, high temperature fan blowers, Sales of centrifugal and axial process fans, blowers and ventilators, wall / roof exhaust / supply power fan ventilators.
Designers and manufacturers of industrial process and OEM blowers, heavy-duty fans and ventilators: high temperature fans, high pressure blowers and high volume ventilators, stainless and other special alloy construction, spark-resistant explosion proof blowers. Quick ship from stock of centrifugal blowers and axial flow fans, blowers and ventilators.
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Distributor of industrial high pressure fans and general venilation blowers. Sales of high temperature fans, process pressure blowers, regenerative pressure blowers; industrial; process and commercial heating; ventilating and air-conditioning equipment.
Process and OEM fans, tubeaxial blowers and fan impeller blades, Chicago Blower, American Coolair, IGE, ILG, CBC, Buffalo Blower / New York, Industrial Gas Engineering, Canadian Blower – Chicago Blower Centrifugal and vaneaxial air handling Chicago Blower, Canada fans; belt and direct drive; single-width and double-width blowers; Buffalo Blower, New York airfoil; BI; radial; General Industrial; Pressure Blowers Engineering sales representative for Buffalo Blower / New York industrial blowers, commercial fans, Chicago Blower high-temperature blowers, pressure blowers, OEM New York Blower wall fans, roof and wall exhausters, ventilation equipment, HVAC, heating ventilating and air-conditioning equipment, Canadian Blower Chicago
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How Canada Blower Industrial Blowers are Made

The main requirement for any industrial blower is durability and endurance. Unlike the traditional fan, industrial blowers create a great deal of pressure and force, which necessitates them to be manufactured from high strength and sturdy materials.

Canada Blower Industrial blowers provide a large volume of air and gas to a wide variety of buildings, manufacturing units, and various other structures. The method for achieving proper airflow is by the rotation of a number of blades that are connected to a hub and shaft driven by a turbine or motor. The displacement of air from these devices ranges from 200 cubic feet to 2,000,000 cubic feet per minute.

Before making the determination of what type of blower you will need, it is important to know the cubic feet per minute, which is the measure of the airflow. All blowers handle the same volume of air and gas no matter what the density is. The actual cubic feet per minute is the value that should be used when selecting an industrial blower.

The flow rate for conveying material in an enclosed feeder line or pipe requires an understanding of the necessary velocity that will be sufficient to carry or transport the material through the line and not collect or settle. Static pressure is the resistance to airflow caused by air moving through ducting, pipes, filters, or hoses. Pressure can be influenced by altitude and temperature, which has an effect on the performance of an industrial blower. This particular issue has to be discussed regardless of the location of your facility since they can dramatically determine the quality of air and gas movement of an industrial blower
motor.

The central part of an industrial blower is its motor, which supplies the electric power to turn the blades of the blower. When choosing a blower, it is important to examine the environment where the blower will be placed since there are a wide variety of motors available. Blower motors can be completely enclosed where it is not exposed to the elements. The next consideration is the brake horsepower, which is the force needed to brake the motor. When purchasing a blower, the horsepower should be slightly higher than the brake horsepower. Motors for blowers can be direct drive or belt drive. For a direct drive blower, the motor has to have the correct rpms for the application. Belt driven motors have to be chosen according to the brake horsepower and the amount of loss on the belt.
There are several forms of motors that can be used in blowers, which include brushed, switched reluctance, brushless, and induction. Of this group, induction motors are the most commonly used motors for industrial blowers since they can power high horsepower blowers.

Canada Blower Impellers

An impeller is the central part of a centrifugal blower. It has a strong resemblance to the wheels found in a hamster cage. The rotation of the impeller pulls air into the blower, increases its movement, and changes its direction at 90 degrees. The turning of the impeller creates constant air flow.
The blades for the fan portion of the impeller can be in four different forms, which are radial, forward curved, backward curved, or airfoil. Each type of configuration serves a specific purpose for airflow. Radial blades are for high pressure applications with medium airflow. Forward curved blades are for medium pressure applications while backward curved are for high pressure applications. The airfoil design is the most common and provides the greatest efficiency.

Impellers / Fan Blades of Airfoil blowers

Canada Blower axial fan has fan blades or airfoils that are attached to a hub or impeller that is placed on the motor. The number of blades can vary from two or three up to as many as thirteen. They can be made from a wide variety of materials from steel and aluminum to different types of polymers. The key factor to the fan blades is their pitch, which can be fixed, propeller, or adjustable, depending on the type of fan. The wing tip of the blade is similar to the tip of the propeller blades of an airplane. It serves the purpose of stopping air from moving from the positive side of the blade to the negative, which reduces turbulence and significantly reduces noise.

Many industries use fans and blowers as integral aspects of their production machinery. Built into the design of the manufacturing system, fans and blowers help to keep the air clean and to maintain a steady temperature or airflow around parts and materials.

Besides their industrial system use, however, fans and blowers are used in many other configurations to improve both work product quality and work-place comfort.

Engineers Look to Fans and Blowers for Solutions. While large manufacturing facilities provide the space and capacity for optimal manufacturing processes, they are not so great for the personnel who run those systems. Frequently, the vast warehouses that enclose multiple machines and systems also enclose the heat generated by those systems, and even those with the best ventilation systems can struggle to keep internal temperatures comfortable for humans. Fans are used to both move machine exhaust out of the building while also circulating the air inside to maintain worker productivity.

Canada Blower exhaust fans improve air quality by removing the detritus that is expelled by machines as they work. Specially designed centrifugal and axial fans are configured to remove the materials that are typically exhausted in the manufacturing process, such as dust, fumes, and granular particulates. The more potentially harmful the exhaust, the more critical it is to vent it away from workers. Fans designed from special materials can vent potentially explosive exhaust, gases or particulates that could explode if exposed to an ignition trigger or corrosive exhaust.

Canada Blower makes fans of all types and sizes and can customize any of their standard fans to meet any industrial purpose.