From our track record
The Gel Bottle
Five VRF systems providing comfort cooling across five floors of offices and salon space.
What our team installed
- Five VRF systems
- Comfort cooling to five floors
- Offices, meeting rooms and salon areas
Cooling
Air conditioning servicing
Wall-mounted, cassette, ducted and VRF systems cleaned, checked and kept running efficiently. On most major makes, including systems we did not fit.
Looked after, not left until it fails
A system that is not maintained works harder, costs more to run and tends to break down in the first hot week of summer. Regular servicing keeps it efficient and catches small problems before they become breakdowns.
We service split, multi-split and VRF/VRV systems from the major manufacturers, including Daikin, Mitsubishi Electric, Fujitsu and Toshiba, whoever installed them.
For businesses and homes
Businesses
- VRF and VRV systems, cassettes and ducted units
- Visits planned around trading hours
- Service records for warranties, insurers and landlords
- Server room and comms room cooling
Homes
- Annual service for wall-mounted and multi-split systems
- Deep cleans to deal with smells and dust
- Servicing to keep manufacturer warranties valid
- Advice on settings to cut running costs
Questions we get asked
How often should air conditioning be serviced?
Most manufacturers recommend at least once a year. Busy commercial systems and dusty environments often need two or more visits a year. Check your warranty terms, as many require proof of regular servicing.
Do you service systems you did not install?
Yes. We service most makes of air conditioning, whoever fitted them. Tell us the make and model when you get in touch.
Why does my air conditioning smell?
A musty smell usually comes from dirty filters, coils or a slow-draining condensate tray. A deep clean normally sorts it, and regular servicing stops it coming back.
Does servicing lower running costs?
Usually, yes. Clean filters and coils let the system move heat with less effort, so it uses less electricity to reach the same temperature.