Vacuum Pump Vanes |Becker Pumps Corporation

Becker Pumps Air System Machinery | Vacuum Pump Vanes

The efficiency of a centralized air system has a significant impact on the power consumption of any facility. Unfortunately, many facilities have systems that are incredibly noisy yet completely inefficient. This inefficiency wastes power and increases overall costs. However, Becker offers a variety of high-efficiency air system machinery that eliminates these issues. Whether it’s regenerative blowers or vacuum pump vanes, Becker can provide customers with reliable, cost-effective machinery. Their machinery is also unmatched in its versatility, offering functionality with a variety of diverse applications.

Becker Genuine Vacuum Pump Vanes

Many believe that installing cheap, counterfeit vanes in Becker pumps is an effective way to save money over time; however, that is not the case. Counterfeit vanes are much more susceptible to premature wear and tear, drastically decreasing the lifespan of each vane. Becker designs their Genuine Vacuum Pump Vanes to fit the exact specifications of their pumps, while counterfeit vanes are not; therefore, Becker vanes will not chip and wear down prematurely. Furthermore, Becker vanes also contain a particular resin and hardness combination that mitigates friction and heat, extending the lifespan of the pump.

Becker Vanes Outperform Counterfeit Vanes

The following is a list of features of Becker Genuine Vacuum Pump Vanes that increase performance relative to counterfeit vanes:

  • Becker vanes are capable of withstanding the friction created by the pump.
    • Counterfeit vanes do not have the binding resin present in Becker vanes to properly mitigate friction and heat.
  • Becker vanes can endure the heat within the pump.
    • Counterfeit vanes are incapable of withstanding the heat, causing wear and cupping prematurely.
  • Becker vane design includes the specific hardness needed for protection against chipping.
    • Counterfeit vanes are typically too hard, which causes them to chip easily while also reducing pressure.
  • Becker vanes are sized to fit the unique dimensions of Becker pumps.
    • Counterfeit vanes are rarely the proper size; thus, they won’t slide properly from the slot, increasing overall heat.

Why exactly is premature chipping such a significant issue? If the vacuum pump vane chips, you lose the maximum possible pressure the pump should be able to produce. Although the vane may not be completely broken, you are still losing pressure capabilities, reducing overall efficiency.

Why Choose Becker? | Vacuum Pump Vanes

Becker has been designing air system machinery since 1885, and they are now the epitome of quality and reliable customer service. In addition to quality products and service, Becker has been a pioneer for innovation in air system technologies. They introduced the rotary vane vacuum pump to the industry and continue to improve and develop new air system technology to this day.

Becker has focused a significant amount of time and resources on the improvement of their technology, since the beginning. Finding new and improved ways to enhance efficiency, cost-effectiveness, and the rate at which their machinery pumps air is an ever-present goal; thus, installing Becker pumps is always an upgrade to any facility’s air systems.

One of the aspects that sets Becker machinery apart from competing pumps is the utilization of non-positive displacement. This method allows Becker pumps to function much more quietly while also exhibiting higher levels of efficiency. Non-positive displacement regenerates air molecules to increase air pressure, which also increases overall efficiency. In addition to these methods, many Becker pumps are dry-running and oil-less machines that are much more environmentally friendly.

Becker is always working to surpass the needs and expectations of their customers. If you are looking for reliable vacuum pump vanes or other forms of centralized air system machinery, Becker is the best possible option. Learn more about Becker’s products on the Fishbowl Design Blog.