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Who makes Kaeser air compressors?
Kaeser air compressors are manufactured by Kaeser Kompressoren, a family owned German-based company with a long-standing reputation for engineering high-quality, reliable compressed air systems. Kaeser is known worldwide for its innovation, energy efficiency, and robust solutions tailored to various industrial applications.
How long does a Kaeser air compressor last?
With proper maintenance, a Kaeser air compressor can last 15 to 20 years or more. Kaeser compressed air solutions are designed for durability, featuring high-quality components and engineering that ensure a long operational lifespan. Regular servicing and adherence to maintenance schedules will help maximize the lifespan of your compressor.
How does the heat of a compression dryer work?
When rotary screws rotate they create massive amounts of heat. This heat can be captured and diverted to a cylinder, where wet compressed air exchanges with the heat to lower the water content and pressure dewpoint of compressed air.
Is an internally heated iHOC dryer energy efficient?
An iHOC Dryer reduces a reliable and stable dewpoint in continuous drying applications. The energy consumed is negligible and so too are the maintenance costs.
Which air compressor is best suited to an iHOC compressed air dryer?
Kaeser’s oil-free rotary screw air compressors are the perfect compressed air generation partner to couple with an iHOC dryer. Pharmaceutical Industries capitalise on this excellent compressor and dryer combination, because it meets and exceeds the industries stringent requirements.
Do I need a compressed air dryer?
In 99% of compressed air applications a dryer is recommended, and typically required. Dryers remove unwanted liquid condensate, and protect downstream equipment, cylinders, valves products, and even the most valuable company asset,… your employees.
The ultimate guide on rightsizing your compressed air system
Choosing the right compressed air system is crucial to minimize the total cost of ownership. How do you calculate the air demand in flow rate (CFM) and pressure (PSIG), what's the power requirement (V), and how does that translate in a compressed air system with one or more compressors (hp)?
Download our Comprehensive Guide for Choosing the Right Compressor Size!