Clean, consistent air for lifts, impact tools, spray preparation and workshop equipment.
We assess simultaneous tool use, peak demand and future bays before sizing the compressor, receiver, dryer and pipework.
Explore the application →Application-led engineering
Compressed air designed around your operation
Different industries create different demands for pressure stability, air quality, redundancy and maintenance access.
Stable plant air for production machinery, controls, actuators and cleaning.
We design for actual demand, duty cycle, redundancy and maintainable pressure—not nameplate guesses.
Explore the application →Reliable treated air for packaging, conveying, controls and production equipment.
We match dryers, filtration and condensate control to the application and required air quality.
Explore the application →Rugged compressed air for workshops, maintenance operations and process support.
We plan cooling, filtration, access, maintenance stock and redundancy around site conditions.
Explore the application →Dependable air for sorting, packing, maintenance and processing equipment.
We size for peak-season demand and specify filtration, ventilation and service intervals accordingly.
Explore the application →Consistent pressure for fast-cycling packaging, labelling, conveying and PET applications.
We evaluate peak flow, air quality, receiver storage and redundancy for continuous production.
Explore the application →Efficient air for dock equipment, automation, maintenance and packaging areas.
We combine efficient compressor selection with correctly sized ring mains and leak management.
Explore the application →Talk to a compressor specialist
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Practical answers
Industrial air system FAQs
These answers cover common planning questions. Final recommendations are confirmed from the machine data and site conditions.
How is compressor size calculated for an industrial application?
List every air consumer, its pressure, flow, simultaneous use and duty cycle. Add realistic growth and leakage allowances, then select from verified FAD data.
When is redundancy required?
Redundancy is advisable when loss of compressed air stops production, affects safety or creates expensive recovery work. The standby strategy should match the consequence of failure.
How is compressed-air quality selected?
Air quality depends on what the air contacts and the sensitivity of downstream equipment. Dryer type and filtration should be selected from the required dew point and contaminant limits.
Why does pressure fall at the furthest machine?
Common causes include undersized piping, restrictive fittings, blocked filters, leaks, insufficient compressor capacity or inadequate receiver placement.
Should a factory use a ring main?
A correctly sized ring main can feed demand from more than one direction, reduce pressure loss and make future drops easier, but the layout still needs proper drainage and isolation.