New Screw Air Compressors

Screw Air Compressor

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Description

New screw air compressor .

Select Your Rotary Screw Air Compressor

Lubricated rotary screw air compressors are used every day across the world in a wide variety of applications, from the small 2 kW model you may find in a garage or workshop, up to large 250 kW models where multiple machines used together can power a whole factory production line. Critical tasks like air tools, packaging, welding along with many other factory processes rely on compressed air & these models can generate the onsite air you need, on demand, when & where it’s needed, each installation is sized according to your production needs.

You can read more about the technology used in these compressors here, or the different applications they serve here.

Please select a kW size below, if you need help sizing your air requirements please get in touch with us directly.

Why choose a rotary screw compressor?

One of the main benefits of choosing a screw compressor is that, in comparison with piston compressors, there are no valves or other mechanical forces that can cause the compressor to become unbalanced. This allows a screw compressor to provide quality air at high operational speeds with a larger flow rate, without compromising on compact design!

Aside from premium energy efficiency, some other reasons to choose a screw compressor include:

  • Reduced Maintenance – as there are no pistons, rings, rods or other parts that require regular servicing, the screw compressor is a very low maintenance option.
  • Low Noise and Low Vibration – this is due to the reduction of moving parts and its small size compared to other compressor technologies.
  • No Duty Cycle – can provide continuous air supply with no ill effect to the compressor.

Compression capabilities

 rotary screw range operates between 4kw to 250 kW (5 to 335hp), producing working pressure at 5 bar to 13 bar (72 to 188psi).

Fixed versus variable speed drives

Our range of injected screw compressors are available with fixed or variable speed drives. The benefits of both depend on the unique demand of your business. Fixed speed compressors run continuously, regardless of demand and are very efficient when operating at 100% capacity. Variable speed compressors are able to increase or decrease the output according to demand, only using the required energy to provide the appropriate flow to produce compressed air.

When choosing a rotary air compressor you should always consider your operation demand. A variable speed drive can offer amazing energy efficiencies which translate into cost savings, however, if your application has a constant demand, a fixed speed compressor may offer you better results.

Applications and uses

Screw compressors are often used to supply vast amounts of compressed air to large industrial applications. The advanced technology allows the compressor to run continuously, providing a large output of high-quality air flow, perfect for demanding applications.

Typical types of applications:

  • Food, Beverage and Brewing
    Product handling, food filling machines, fluid pumps and air knives.
  • Military
    Operate pneumatic targets, operate simulators, clean tank cannons.
  • Aerospace and Automotive
    Type inflation, product finishing, air operated robots, plasma cutting and welding and paint shop applications.
  • Industrial
    Air operated tools, shot blasting, cleaning, lifting equipment and cooling and heating.
  • Electronic
    PCB board cleaning and pick and place machines.
  • Manufacturing
    Construction, spray finishing equipment, air hoists and tools.
  • Petrochemical
    Process air, control valves and cylinders, material handling and nitrogen generation.
  • Medical and Pharmaceutical
    Air knives, vacuum packaging, fluid pumps and process air.

Used Compressors

Used Compressors

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Description

Industrial air compressors are versatile pieces of equipment that provide pressurized air for several industrial processes. When choosing an air compressor for an application, it is important to make sure the selected unit can deliver the desired results while keeping maintenance and operating costs low. The best air compressor for a given application will depend on several factors, including its intended use, the tools or processes it will support, and the project’s budget. Ultimately, your decision should be guided by careful consideration of your performance requirements and available resources rather than simply purchasing the least expensive or most powerful option.

As you navigate the selection process, the following factors are important to keep in mind:

Mobility requirements (stationary compressor or portable compressor)
Environment (indoor or outdoor use)
Drive system type
Required cubic feet per minute (cfm), pounds per square inch (psi), and horsepower (hp)
Storage tank size
Cost

Air Dryer

Air Dryer

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Category:

Description

Used and New Refrigerant air dryer 

A refrigerant compressed air dryer is a device used to remove moisture and humidity from compressed air systems. It operates by cooling the compressed air to lower its dew point, causing water vapor to condense and separate from the air. This condensed moisture is then drained from the system, ensuring that the air remains dry and free from water, preventing potential damage to pneumatic equipment, corrosion, and the formation of ice in pipelines or tools. Refrigerant compressed air dryers are commonly used in various industrial applications where clean, dry air is essential for efficient and reliable operation of air-powered tools and machinery

Air Tank

Air Tank

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Category:

Description

 Description of air tank

An air receiver sometimes referred to as a compressed air tank, is an integral part of any compressed air system. The main purpose of this is to act as temporary storage to accommodate the peaks of demand from your system and to optimize the running efficiency of your plan

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