Industrial high pressure blower fans, high temperature fan ventilators, axial and centrifugal fans and blowers, roof / wall exhaust and supply fans and inline blower ventilators. Sales of roof and wall supply and exhaust power fan ventilators.

BLOWERS DEPOT

Axial Fans


AXIAL FLOW FANS

Our Axial fans are found throughout the world operating in industrial processes where performance, reliability and maintainability are of paramount importance. Ranging in diameter from 6 inches to over 9.3 m, and with a variety of impeller designs, control systems and fan layout options, they form a comprehensive series of axial fans to satisfy virtually all industrial applications. The majority of the fans we supply can be grouped into four broad categories; variable pitch, non variable pitch, and mixed flow. All are supplied to the same exacting standards.

A variable pitch balde in axial fan blower is used where precise control of static pressure within supply ducts is required. The fan wheel will spin at a constant RPM . The blades follow the control pitch hub. As the hub moves toward the rotor the blades increase their angle of attack and an increase in flow results.

Axial flow ventilators have blades that force air to move along the shaft about which the blades rotate. Axial fans blow air across the axis of the fan, linearly, hence their name. This type of fan is used in a wide variety of applications, ranging from small cooling fans for electronics to the giant fans used in wind tunnels.

We offer a complete line of propeller fans, capable of moving from a few hundred cubic feet per minute, to heavy duty adjustable pitch props with capacities up to 1,000,000 CFM and with static pressures from 0 " Water Gauge (WG) to 15 " WG.

Our fans include standard axial fan designs as well as custom manufactured ventilator units to meet customers' requirements based on ISO 9001 manufacturing standard.

Over the years we supplied axial fans to a wide range of industries and for various applications including: general building ventilation fans, make-up air systems, tunnel ventilation blowers, petro-chemical, power generation, marine and off-shore structures, pulp and paper, HVAC ventilators, paint / spray booth fans, fertilizer and various emission control applications, axial fans for corrosive applications made of FRP, stainelss steel, or anodized aluminium.  For warehouse and production we offer a complete line of manecoolers, spot coolers, and ceiling fans.  For the commercial HVAC market, we offer general ventilation fans for institutional and retail buildings, schools, restaurants and hospitals.  Special materials, construction, explosion-proof and spark-resistant design, variety of coatings and accessories are available to meet practically any application needs.

Our air moving ventilator products are best know for "industrial quality" assuring reliable performance, relentless dependability and longevity.  A staff of specially trained engineers will design a dependable fan that exactly fits customers' dimensional and performance requirements.

<>Our fans and blowers are sold and serviced by air moving experts that can evaluate your needs and provide best recommendations for your application.                                                




















Replacement Twin City Fans / TCF blowers and Aerovent ventilators, Chicago Blower fans, industrial pedestal ventilators, in line fans, confined space fans, in-line exhaust blowers, radial blade fans, paddle wheel ventilators, hvac blowers, high temperature pressure blowers, fiberglass ventilators, stainless steel fan blowers, material handling radial blowers, blowoff fans, direct drive blowers, belt drive fans, air vent fans.


Call us today: 1-888-763-1800    E-mail: nis@primus.ca








































CANADA BLOWER's Single-Width Industrial Fans are designed for a wide range of applications from commercial-building ventilation to industrial dust-collection systems. Three classes of construction combined with three wheel  designs provide the utmost in selection choice.

DESIGN FEATURES
• Three wheel choices: High-efficiency AcoustaFoil wheels Sizes 12”-73”; a Versatile backward curved wheels - Sizes 18”-73”; a rugged backward inclined wheels, Sizes 12”-73”.
• Capacities to 200,000 CFM
• Pressures to 14” WG
• Complete AMCA Class I, II, and III performance
• Efficiencies beyond 85%
• Temperatures to 650°F
• Choice of direct-drive or belt-drive
• Available in clockwise and counterclockwise rotations
• Heavy-gauge welded components provide structural strength and 
durability

• Continuously welded housings provide the strongest possible 
construction

• Shafting is straightened to close-tolerance to minimize “run out” and ensure 
smooth operation

• Lifting eyes are standard on all fans
• Wheels are dynamically balanced and all fans are checked at the specified 
running speed

• Bearings are selected to provide long service life through the entire operating range of the fan. These propeller fans are rugged and dependable and are available in a wide selection of sizes and performance.These fans can be arranged for supply, exhaust or a combination of both. These fans are offered with a wide selection of accessories to complete a well-balanced and specifically engineered air moving system. 
AIRFOIL WHEEL: allows stable operation from wide-open to closed-off. Ideal for clean-air applications such as building ventilation with variable-air-volume system control or clean industrial-gas-handling. Dual aerodynamically designed blade surfaces provide the most efficient design of all wheel types. In addition, the AcoustaFoil design offers a broad peak efficiency range for selection. Because of superior efficiency, AcoustaFoil wheels generate the lowest sound levels over a wide range of performance. Sizes 12 and 15 available in welded aluminum only. Sizes 18 to 73 available in all-welded steel and optional aluminum and stainless steel.
BACKWARD INCLINED WHEEL:
Flat, single-thickness, backwardly inclined blades are suited to applications from clean air to those where dust and limited material is present in the airstream and airfoil shapes are not recommended due to material build-up. Peak efficiency point is on the steeply rising portion of the pressure curve and vastly superior 
to forward curved and radial wheel designs. Sound levels are the lowest with the most efficient fan selections. Sizes 12 to 73 available in all-welded steel and also optional aluminum and stainless steel. Buildings where large volumes of air are required or where fans must operate against resistance, and may also be installed in duct installations where low static resistance is encountered.
BACKWARD INCLINED WHEEL:
Flat, single-thickness, backwardly inclined blades are suited to applications from clean air to those where dust and limited material is present in the airstream and airfoil shapes are not recommended due to material build-up. Peak efficiency point is on the steeply rising portion of the pressure curve and vastly superior to forward curved and radial wheel designs. Sound levels are the lowest with the most efficient fan selections. Sizes 12 to 73 available in all-welded steel and also optional aluminum and stainless steel. Buildings where large volumes of air are required or where fans must operate against resistance, and may also be installed in duct installations where low static resistance is encountered.

HANDLING CORROSIVES

Protective coatings, special alloys, and FRP construction are available to combat corrosion problems. Special coatings [up to 12 mil thickness] – special paints and spray coatings are available under a variety of trade names. Canada Blower works with experienced coating applicators who can apply coatings to meet a wide range of requirements. Alternate-material construction–Single-Width Fans can be constructed of aluminum or various stainless steels.

HEAT-FAN CONSTRUCTION

Arrangement 1, 8, and 9 fans can be constructed for elevated temperature operation with the addition of shaft cooler and guard and high-temperature paint for 650°F maximum airstream temperature. Arrangement 9 fans are also furnished with motor heat shield. If optional shaft seal is selected, a recessed cone is furnished. Note that the maximum safe wheel speeds decrease as airstream temperatures increase.

SPARK-RESISTANT CONSTRUCTION [SRC]

Intended to minimize the potential for any two or more fan components to generate sparks

within the airstream by rubbing or striking during operation. The following types are available:

AMCA A [AIRSTREAM] SRC: To  include all airstream parts constructed of a spark resistant alloy... maximum temperature: 200°F.

AMCA B [WHEEL] SRC: To include the fan wheel constructed of a spark-resistant alloy and a buffer plate around the housing shaft-hole opening...maximum temperature:200°F.

AMCA C [BUFFER] SRC: To include a spark-resistant alloy buffer affixed to the housing interior adjacent to the wheel backplate, a spark-resistant alloy inlet cone, and a buffer plate around the housing shaft-hole opening... maximum temperature:650°F.

ALL TYPES SRCFan is to be so constructed such that no bearings, drive components, or electrical apparatus are located in the airstream... the user must electrically ground all

fan and system components. As compared to belt drive fan arrangements, direct drive Arrangement 4 fans of all styles, where the fan wheel mounts directly onto the motor shaft, are more compact, require less maintenance, and generally have a lower first cost. However, relative to belt-drive fans, they are limited in application, size, available features,and the ability to adjust performance.

Direct drive Arrangement 8 fans offer much of the flexibility of belt driven fans and are even preferred in systems that require large volumes of air and are over 250-300 HP due to drive limitations. A major objection to direct-drive arrangements in the past was the inability to adjust fan speed if system requirements changed. With the advent of variable frequency drives (VFDs) the speed, and therefore performance, of direct-drive fans can now be adjusted  to meet varying requirements. Given the variety of operating speeds available, choices in wheel width, and its effect on wheel safe speed limits, the only cost-effective method for selecting today’s direct-drive fans is software selection fan programs.

Belt driven fans, where the fan wheel is supported by a shaft and bearings and driven by belts, allow for a wider range of sizes and applications, and offer a greater selection of accessories and modifications. However, relative to direct-drive fans, they have a larger footprint for a given fan size and have a higher first cost. Without additional controls, belt-drive fan performance can be easily altered in the field by changing sheaves and belts.





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products like the blower packages enabling you to save substantially for other operational costs. Stock of tubeaxial & vaneaxial inline duct fans, blower and fan repair / balancing, replacement centrifugal and axial fan blades, axial duct fans, aluminum pressure blowers, FRP ventilators, dust collectors blowers fans, dust collection fan ventilators, high temperature oven circulation fans, explosion proof ventilatoprs, spark reistant fans and blowers, induce & force draft fans, fan blower impellers.
Multistage Blowers


Common Applications for Canada Blower Industrial Radial Fans for Canadian Manufacturers: Radial fans are actually centrifugal fans with backward curved blades, meaning the blades are designed to curve away from the direction in which they rotate. A centrifugal fan is designed to move a significant amount of air, but also cool a large space. Because air is displaced radially, meaning the direction of the airflow changes about 90-degrees, a centrifugal fan is often referred to as a radial fan.

Due to the design of centrifugal fans, they are also called blowers and squirrel cages. In addition to air, these fans can move other gasses. Of all fans on the market, centrifugal fans are the most widely used. These fans are commonly used as part of the HVAC industry for transporting materials or gas; however, they are also commonly used in building ventilation systems, for air pollution control systems, and in industrial processes.

Radial vs Axial Fan

When looking at a radial vs axial fan, you will see differences in design, which yields different results. Centrifugal fans have a fan wheel and a series of blades that mount to a circular hub. These fans move air radially, which means that the direction of flowing air changes, usually 90-degrees from the direction of incoming air. Since the flow of air produced is directed through tubes or ducts as part of the system, it has more pressure than an axial fan. To support the greater airflow pressure, centrifugal fans must have a higher input of power.

As for how radial fans work, air is drawn in around the axis on which the blades are located, while forcing air out in the same direction. The rate or airflow with this type of fan is higher than a centrifugal fan, meaning that the volume of airflow is greater. The difference is that, while a centrifugal fan produces high-pressure air, the radial fan maneuver results in low-pressure air. For that reason, it requires a lesser amount of power input.

Because there is a distinct difference between a centrifugal fan and an axial fan, it is important to choose the fan best suited to its desired purpose. For example, due to the low pressure but high volume airflow produced by an axial fan, axial fans are typically used for cooling tight spaces, such as copy machines and computers. On the other hand, centrifugal fans produce high pressure, making them ideal for air conditioning and drying systems.