Axial Blower Ventilation Systems include 15 feet of ducting with a storage bag, saddle vent, a 90-degree elbow and a universal mount. This is designed with tough steel construction, a durable grill, and convenient carrying handle and rubber feet.

Axial flow compressor is an improvement on the centrifugal compressor. The key improvement is that axial flow compressors work without radically changing the direction of gas flow. An axial flow compressor typically has a set of fixed inlet guide vanes to condition the incoming gas. There are then multiple compressor stages, each consisting of a set of rotating blades much like a propeller that force the gas to the rear and then a set of fixed stator blades that condition the air ready for the next compressor stage. The gas conditioning done by the stator blades is needed to ensure reasonable efficiency. Without the stator blades the gas would rotate with the rotor blades giving a bit drop in efficiency. Axial flow compressors are typically used in the compression stage of turbine engines.

Axial flow pump is a common type of water pump that essentially consists of a propeller in a tube. The propeller can be driven directly by a sealed motor in the tube or by a right-angle drive shaft that pierces the tube. The main advantage of AFP is that it can easily be adjusted to run at peak efficiency at low-flow/high-pressure and high-flow/low-pressure by changing the pitch on the propeller. These pumps have the smallest of the dimensions among any of the conventional pumps and are more suited for low heads and higher discharges.

Axial flow turbine consists of one or more stages located immediately to the rear of the engine combustion chamber. The turbine extracts kinetic energy from the expanding gases as the gases come from the burner, converting this kinetic energy into shaft power to drive the compressor and the engine accessories. The turbine can be classified as impulse and reaction turbine. In the impulse turbine, the gases will be expanded in the nozzle and passed over to the moving blades. The moving blades convert this kinetic energy into mechanical energy and also direct the gas flow to the next stage or to exit.

Axial Inlet Adapter is useful to utility, welding and construction workers. This adapter allows an axial blower to draw fumes and other contaminants out of a work area quickly & effectively.

Axial flow reaction turbines are typically used for expanding hydrocarbon gases or fluorinated refrigerants where a high molecular weights results in a low enthalpy drop across the turbine. When air or steam is used, the head drop across a single turbine is usually too high; therefore, multi-stage turbines can be used to reduce the head across each stage. Additionally, the power and resulting flow rates should be high enough to result in specific speed values of 60 or higher. If specific speeds are low, then impulse turbines may be better suited for an application.

Babbitt Bearings are rotary bearings made from special alloys poured into place in the bearing housing. A babbitt bearing is made of babbitt metal, a soft alloy of tin, antimony and lead. Babbitt bearings are produced by the deposition of a thin layer of babbitt metal onto plain bearings. Babbitt bearings are used in many applications, which includes high-speed rotating equipment such as compressors, chillers, turbines, electric motors, gear drives and pumps.

A backpressure control valve is a type of relief valve to obtain a constant level of pressure in the first stage of valve operation. This type of valve makes it easier and speedier for the user to control pressure in the tank with a large buffer, purge a given quantity of mixed gas or to carry out such other operations which are rather hard to do with a second-stage control valve commonly in use. It is also suitable for tank pressure control and control of constant flows of mixed gases applications.

Backup seals are used in conjunction with O-rings for both static and dynamic sealing applications. These seals prevent extrusion of the o-ring or seal when it is subjected to high pressure, and/or larger extrusion gaps. The back-up seals should be used on the opposite pressure side of the seal.

In backward curved impeller, the blade elements are not radial but actually curve backward from the direction of rotation. The wheels of this type produce very high efficiency but do not have as high a pressure ratio for a given diameter and speed as the 90° radial wheels. Strength is inherently less than that of the 90° radial wheel because the centrifugal force at high speed tends to bend the blades at their toots. Due to the low-pressure ratio for a given speed and the inherently lower strength of this type wheel, it is not normally used at high-pressure ratios. Usually these impellers are used for suction of dusty air, suction of gas/fumes, room ventilation, dust transport and air handling unit.