Roof Tiling In Cornwall
Our Cornwall roofing contractors install clay and concrete tiles from leading manufacturers including Marley Eternit and Redland, working with major house builders and private homeowners throughout the region.
Roof Tile Repairs & Replacements
Individual tile replacement addresses storm damage, thermal shock and general wear without disturbing adjacent roof areas. We maintain stocks of common tile types for immediate repairs, matching colours and profiles to existing installations.
Mechanical damage from foot traffic or debris typically requires complete tile replacement rather than patching.
Clay Tiles
Handmade clay tiles deliver authentic character with subtle colour variations that develop beautifully over time. Machine-made alternatives offer consistent dimensions and colours whilst maintaining clay's natural thermal properties and breathability.
Red clay tiles suit traditional Cornish architecture, whilst brown and grey options complement contemporary designs.
Colour Options
Natural red clay produces warm terracotta shades that weather gradually to deeper, richer tones. Sand-faced finishes create textured surfaces that resist algae growth whilst adding visual interest to roof planes.
Glazed clay tiles offer vibrant colours including blue, green and black, perfect for period property restoration projects requiring authentic materials.
Antique clay tiles provide character for listed buildings and conservation areas where planning restrictions require traditional materials. We source reclaimed tiles from demolition projects, carefully grading and sorting to create cohesive roof coverings that respect historical authenticity.
Concrete Tiles
Interlocking concrete tiles are ideal for modern roofing installations due to their combination of affordability, durability and installation efficiency. Profile designs include pantile, slate effect and plain formats that replicate traditional materials at reduced costs.
Granule coatings provide colour stability and surface protection against weathering and biological growth.
Large format concrete tiles cover more area per tile, reducing installation time and labour costs. Through-coloured concrete maintains consistent appearance even when surface coatings wear naturally over time. Low-pitch variants allow installation at 15-degree angles, maximising design flexibility for extensions and unusual roof shapes.
Dry Fix Ridge & Verge Systems
Dry ridge installations eliminate mortar pointing that cracks and fails over time, replacing traditional methods with stainless steel fixings and purpose-made caps.
Mechanical fixings accommodate thermal movement whilst maintaining weather seals, preventing the ridge lift that commonly affects mortared systems during high winds.
Ventilated ridge designs improve roof space airflow, reducing condensation risks whilst maintaining weather protection. Roll-out ridge systems speed up installation and provide consistent lap dimensions across the entire ridge length.
Verge Protection
Dry verge systems use interlocking plastic or aluminium components that clip over tile edges, eliminating mortar bedding that requires regular maintenance.
These systems accommodate differential movement between roof structure and wall construction, preventing the cracking that affects traditional verge details.
Cloaked verge tiles integrate with dry systems to achieve an authentic appearance whilst delivering modern performance. Under-cloak ventilation prevents moisture accumulation behind verge details, reducing decay risks in roof timber components.
Valleys & Abutments
Lead-lined valleys channel water safely from roof surfaces whilst accommodating differential movement between intersecting roof planes. Secret gutters behind parapet walls require regular maintenance to prevent overflow and structural damage.
We install appropriate fall gradients and overflow provisions during valley construction. Soaker installations at wall abutments creates weatherproof seals without restricting thermal movement.
Step flashings dress over soakers to direct water away from vulnerable junction points, preventing penetration that could cause internal damage.