Hopper agitation is necessary for a number of diverse applications. Blowers for hopper agitation are designed to meet the various flow and pressure requirements that are a necessary part of numerous different processes. In some instances, it's an industry that needs hopper agitation to mix substances together. Other industries rely on hopper agitation to keep materials from clumping together and clogging machinery. Thi... Read More
Hopper agitation is necessary for a number of diverse applications. Blowers for hopper agitation are designed to meet the various flow and pressure requirements that are a necessary part of numerous different processes. In some instances, it's an industry that needs hopper agitation to mix substances together. Other industries rely on hopper agitation to keep materials from clumping together and clogging machinery. This helps improve the longevity of machinery and increase production by reducing downtime.
Blowers for Hopper Agitation
The needs of the particular company and industry will dictate which blowers for hopper agitation are the best choice. Some examples include single stage regenerative blowers, two stage regenerative blowers and pressure blowers. When material becomes clogged when it is brought down from a larger area and filtered to a smaller one, single stage regenerative blowers and two stage regenerative blowers can provide the agitation that's necessary to facilitate the smooth movement into the smaller hopper area.
Advantages of Using Regenerative Blowers
Regenerative blowers provide today's companies with the industrial-strength machinery and reliability they need to keep up production, reduce lag time and protect their bottom line. Because regenerative blowers are adept at moving high volumes of air within environments that demand low vacuums and pressures, they are the solution of choice in a diverse range of industries.
Using a non-positive displacement design, regenerative blowers reproduce air molecules. This method creates the pressure or vacuum needed in nearly every industry in operation today. In some cases, these blowers might be referred to as ring compressors or side channel blowers. These terms are used by some people because of the blowers' physical design -- because of their basic operating principles.
The primary difference between single stage regenerative blowers and two stage regenerative blowers is the number of times that air molecules travel around the blower's housing. As you might expect, with single stage units emit air molecules that travel around their housing once before being exhausted to the outside. With two stage regenerative blowers, though, the impeller strikes the air molecules a number of times. The air molecules then move around the impeller's front side before being directed toward its rear again. This repeated pattern produces nearly two times the vacuum or pressure of those units that are single stage.
Applications for Hopper Agitation
In addition to the applications for hopper agitation for mixing materials together, other uses for such solutions include the following:
- Unloading and producing goods more quickly during the production phase
- Control material flow in tubes, bins, chutes and/or feeders
- Reduce manual labor costs required for unclumping materials from truck trailers, hopper walls, railcars and bin walls
- Unloading bulk material that is dry or semi-dry from truck trailers, hoppers, bins and railcars
- Eliminating stuck material, uneven flow, rat holes and bridging from chutes, hoppers, tubs and bins
For assistance regarding the ideal hopper agitation solution for your needs, contact us toll-free at 866.727.1060.Read less