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.  Supplier of high temperature oven circulation high temperature plug fans and industrial furnace air kits, and oven exhaust heat ventilators. Sales of IGE Garden City Industrial Gas Engineering and Flakt Woods Garden city high temperature ventilators, fans and blowers.
High temperature fans and blowers



IGE fans Industrial Gas
Engineering Co.

Engineers -- Manufacturers

IGE offers a complete line of high temperature fans and blowers up to 2200 degrees F. to meet all of your requirements. Custom, as well as standard designs are available for all temperatures and atmospheres, including vacuum. 

With more than 50 years of service to the heat treating industry, IGE has more than 60,000 fans installed and production proven worldwide. IGE manufacturing and repair facilities are staffed by degreed engineer groups and supported by complete in-house machine shops, welding, fabrication and balnacing departments for the highest quality new or rebuilt equipment. 

IGE has complete repair / rebuilding facilites for all makes and types of high -temperature fans and our fast turnaround time assures you of minimum downtime. 



high temperature multi blade fanMULTIBLADE FANS

The MULTIBLADE "squirrel cage" type "M" fans are usually specified for large volumes of flow against low to medium static pressures. There are several variations used for blade configuration; radial blower blades, backwardly inclined blades, and forward curved fan blades. We use the forward curved blades as they deliver the same volume of air, at reduced RPM, than the other versions. The reduced RPM is important as this yields lower stresses in the wheel allowing higher temperatures to be used for the air voluem specified. This series of fans has been developed and refined over the lifetime of the company and is suitable for continuous heavy-duty applications involving high temperatures with capabilities up to 1780 degrees F. We offer the multiblade in many configurations of housing fans and cartridges which match your requirements. The MULTIBLADE fan is the most common type used in the heat treating industry, however if there is dust in the air stream that could build up, our Radial Blade Fan should be used.

high temperature wheelRADIAL BLADE FANS

The RADIAL BLADE, "paddle wheel" type "P" fans are usually specified for medium volumes of flow against medium to large static pressures. The "paddle wheel" is considered a self cleaning type of fan wheel. It may be used where there are various materials or dust in the air stream. high temperature oven circulating fanThis series of fans has been developed and refined over the lifetime of the company. Due to its rugged construction and structural integrity, it is suitable for continuous heavy duty applications involving high temperatures to 2200 degrees F. depending on fan wheel speed. We offer the radial blade in many configuerations of housing fans and cartridges which will match your requirements. 


high temperature fan wheelAXIAL BLADE FANS

The AXIAL BLADE fans are usually specified for very large volumes of flow against low static pressures. The axial fan is defined as a unit where the air flows through the blades and is essentially parallel to the shaft mounting. We use several variations of fan blade configurations within our catalog. These consist of a radial curved, radially convoluted curve, radial inverse curve, and propeller type. This series of fans has been developed and refined over the lifetime of the company, and is suitable for continuous heavy duty applications involving high temperatures with capabilities up to 2200 degrees F. We offer the axial blade in various configurations of cartridges and cartridges with shrouds. The AXIAL BLADE fan is the most common type used in the aluminum annealing industry.


Type "T"
Pressure Blowers

The "T" type blower has been developed for continous heavy duty industrial applications requiring constant air pressures at varying air volumes. Type "T" Blowers are dependable and are well suited for clean air applications such as combustion air, cooling, drying, gas boosters, etc. The standard line has capactities from 280 CFM to 3750 CFM, and pressures to 32 ounces. These blowers are available in arrangement 4 for operation up to 180 degress F., and other arrangements to 600 degrees F. Features include rotatable and reversable housings, inlet venturi and outlets to fit American standard class 125 pipe flanges. A variety of accessories are available including air intake filters, silencers, blast gates and shaft seals. 

Performance Characteristics
Pressures from 8 to 30 ounces... Temperatures to 180 degrees F. in arramngement 4, to 600 degrees in arrangements 1 and 8. Capacities from 280 CFM to 3750 CFM. 

43 different sizes: 1 1/2" thru 50 H.P. 
Variety of housing designs, wheel diameters and outlet diameters result in a wide range of blower selection. 


combustion air 
pneumatic conveying 
product cooling 
air curtains 
drying ovens 
pressure blower 
furnace blowers 
foundry cupolas 
glass cooling 
smoke abatement 

Construction Features

Heavy Duty -- constructed of high strength aluminum with riveted connections. Blades are also tack welded to side plates, reducing rivet wear. Taper lock hub makes wheel easily removable. Aluminum construction is standard for operation up to 180 degrees F. Steel and Stainless Steel are also available. Wheel is staically and dynamically balanced to assure smooth operation. NOTE: Fan wheel is suitable for handling clean air only.

All welded, heavy-duty steel housings with thick side plates on both sides of housing enable housing to be field rotated at 22 1/2 degree increments to suit most required discharge positions. Standard fans are supplied with gasket between housing and side plates. Housings are reversible for required rotation. For gas tight construction see "Modifications." 

Wheel is mounted directly on motor shaft. Maximum operating temperature is 180 degrees F. in arrangement 4. 


HEAT FANS Type T Pressure Blowers are available up to 600 degrees F. operation in Arrangement 8 or in belt drive arrangements. Units require steel wheels and special bas construction to accomodate a shaft cooler and guard. Units can be furnished with a 600 degree F. shaft seal (radial lip type), however water cooling is required. 
Type "T" Pressure Blowers can be furnished with air-tight construction in Arrnagement 8 or in belt-drive arrangements. Air tight units have solid back fixed housings (not rotatable), shaft seals (see accessories), and inlet plate gaskets. Maximum temperatures for air-tight units: Type "T" with aluminum wheel: 180 degrees F. Type "T" with steel wheel: 225 degrees F. NOTE: Air tight units are not absolute seals. 
SPECIAL CONSTRUCTION Type "T" Pressure Blowers can be furnished for applications where corrosion or elevated temperatures above 600 degrees F. are involved. Direct-drive units are also available with our "K-B" sealed motors. 


Radial Lip Fan Seals for use up to 225 degrees F. Assembly mounts against housing and is furnished with grease fittings. Note: Shaft seals do not make fan gas tight. 

Heavy duty dry type pleated media filters elements. Elements are reusable and and can be cleaned with commpressed air or by washing. Note: fan wheel is suitable for handling clean air only. 

Of high thermal conductivity and is split for easy installation or removal. Is used only on Arrangement 1, 8 and 9 fans at temperatures 201 to 600 degrees F. 

Is of all-welded steel construction. Flanged at both ends to 125# piping standards and bolts to standard discharge. Has locking device to permit permanent fan damper position 

For effective silencing. Straight through, annular absorption type. Offers high degree of silencing -20-30 dB average attenuation. Low pressure drop silencers are available flanged on one or both ends. 


Type "PF" Pressure Blowers

The "PF" Pressure Blowers are single stage blowers for applications requiring high to moderate volumes at relatively high pressures. The open type impellers are of welded construction, and statically and dynamically balanced to assure smooth operation. The housings are of heavy welded plate with suitable bracing to withstand high pressures. Typical applications are cooling, drying, exhausting, gas boosters and ejector venturi. The "PF" pressure blowers are available for corrosive or elevated temperature applications. 

 "PF" Blowers have been developed for heavy industrial uses requiring proven performance and reliability in moderate to high air volumes at relatively high pressure applications. Type "PF" Blowers are designed for capacities from 1500 CFM to 20000CFM and pressures to 62" SP. Units are available in arrangements 1 and 8 for operations up to 1260 degrees F. Features include high-efficiency wheels constructed of various alloys, heavy-duty blower housings and air or water cooled bearings. Single wall uninsulated housings are standard, double wall insulated housing are available. Direct driven or V-belt driven fans are available. 


Backward Inclined Fans

The backward inclined type "BI" fans are usually specified for medium volumes of flow against low to medium static pressures. The wheel's blades are flat and lean away from the direction of the wheels rotation. This type of fan runs at a relatively high speed. However, it is more efficient than the multiblade or radial blad fan. To move a given amount of air the "BI" fan is of a non-overloading design and is suitable for systems with fluctuating system resistance. We offer the backward inclined wheel in many configurations of housing fans and plug fans which match your requirements. The backward inclined fan is ideal for ovens, furnaces and ducted applications. 

Kaybee Heat Resistant, Sealed Motors

The Problem:

Application of rotational power to fans, compressors, gas pumps, mixers and other equipment operation under high temperatures has always been a presented problems. Especially in troublesome are applications invovling the handling of high temperature gases under sealed-in conditions. Bearing, seal and lubrication failures due to heat conducted through the shaft, shaft bending and general overheating of the entire drive unit due to inadequate air cooling are examples of the difficulties encountered. 

The Solution:

The K-B HEAT RESISTANT, SEALED MOTOR was developed as a direct drive unit, which copes successfully with shaft temperatures up to 2100 degrees F. under pressure, vacuum and high ambient temperature conditions. The unit is ideally suited to such metallurgical applications as carburizing, nitriding, cyanding, clean annealing and vacuum heat treating, which require both high temperature and gas tight sealing.


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A centrifugal blower is equipment that is used to get a influential very  volume of air with simple vibration in a restricted a under restraint area just like the ones utilized in air conditioning, air-flow, heating and vacuum cleaners. A centrifugal blower ingredients air through its center and directs it through a perpendicular opening in the housing. Affiliate vane is used, that may be a vane disk that will increase pressure and flow of the gas moved. Ring blowers or facet method blowers are utilized in castration blowers, vacuum blowers, and industrial blower applications. Vacuum blowers are often used as a air pump or exhausted for removal or suction of air or gases. Choosing regenerative blowers needs associate research before its configuration.Normally, the blade is fitted on an electrical motor shaft. The blade spins internal housing with an inboard and outboard medium. Because the vane blades pass the water port, they draw air in. The vane rotation pushes air outward and passes on into the channels. The air then proceeds to the base of the blade. Because the vane spins, the process repeats. This improvement provides the blower its pressure/vacuum capabilities. Fans utilize power from a motor to generate a volumetric flow of air at a given pressure, and are thought-about nonaggressive air pumps a lot of usually than not. A propeller switches force (turning force) from the motor (typically permanent split capacitance AC induction motors or brushless DC) to expand static pressure across the fan rotor and to increase the K.E. of the air particles.

Fans are classified into propeller, tube axial and vane axial designs, and every kind has completely different characteristics. Propeller fans include only a motor and propeller and thus are the best. Tube axial is the same as propellers but features a venture round the propeller to cut back the vortices. Vane axial fans are equipped with vanes that path behind the propeller within the air flow to straighten the moving flow.
The flow and pressure properties are the several variations between an admirer and a blower. Whereas fans provide air in an overall direction that's parallel to the blade axis, blowers deliver air in a direction that's perpendicular to the blower axis. Hence, fans are often designed to supply a high rate of flow, operating against low while blowers to deliver a comparatively low rate against high pressure. Centrifugal blowers are often cage type, have a forward arched wheel or a backward curved wheel.

Another major distinction is in the mechanism relating to restriction to the air-flow. In a blower, it's an opposite result on an equivalent motor driving an acquaintance blade. For example, the load on the motor decreases once the motor is driving a cage blower. Because the system becomes clogged, the blower quickens. On the opposite hand, the load on the motor will increase and therefore the fan slows down because the air flow system becomes stuck with fan blades.

Advantages of Centrifugal Blowers
One of the most important of a hoop blower or a element channel blower is that it doesn't want constant maintenance. The blade is that the only half that's in motion and doesn't wear out. It’s not exposed to the housing channels.These systems are in nice demand and are very price powerful that can't be unmarked in today's competitive world.