Roof Cleaning in Tamworth
Professional soft-wash roof cleaning to remove moss, lichen, and algae from tile and slate roofs — with biocidal treatment to slow re-growth.
Roof Cleaning in Tamworth
The concrete interlocking tiles on Tamworth's new-build and 1990s properties accumulate moss and algae on their north and west pitches within a decade of construction — earlier on heavily shaded plots. Our soft-wash roof cleaning removes organic growth without the tile-edge damage risk of high-pressure cleaning, and applies a biocidal treatment to extend the period before re-growth becomes visible. All concrete tile profiles are covered.
Why Choose Oakleys Exterior Cleaning in Tamworth?
Concrete interlocking tile roofs — the standard new-build roof specification — accumulate moss on north pitches within ten years in the West Midlands climate, and earlier on clay-soil plots with shaded aspects.
Key Benefits
- ✓Removes moss, lichen, and algae that accelerate tile and slate deterioration
- ✓Soft-wash method protects ridge tiles and tile edges — no high-pressure blasting
- ✓Biocidal treatment applied after cleaning slows organic re-growth significantly
- ✓Visual inspection carried out before quoting — we flag anything that needs a roofer first
- ✓Longer-lasting results than a pressure wash alone on roof surfaces
Free Survey in Tamworth
Book a Free SurveyCall 07786 991706Also serving nearby: Lichfield, Sutton Coldfield, Cannock
Roof Cleaning in Tamworth — FAQ
Roof cleaning does not typically require scaffold — we work from ground level using telescopic and extension equipment. If a roof requires access at height, we advise on the appropriate arrangement before the work begins.
The biocidal treatment kills moss and organic growth, but the dead material may not fall away immediately — it typically disperses over the following weeks through rainfall and weathering. The visible green colouration improves significantly from the day of the clean.
Ready for Your Roof Cleaning in Tamworth?
Book your free no-obligation survey in Tamworth today.