Lead and copper roofing specialists in Cambridge
We are a family owned roofing specialist who have been trading successfully around Cambridgeshire since 1974
We are based in Cambridge, although our roofing contracts also take place in the surrounding counties such as Hertfordshire, Essex, Suffolk, Bedfordshire, Norfolk and beyond.
H. Austwick is proud to have provided lead and copper roofing services for many prestigious buildings and properties around Cambridge including Cambridge University Colleges, English Heritage buildings, National Trust organisations, and Church restoration .
We also cover many areas of domestic roofing work, including roofing extensions and re-roofs. We pride ourselves on ensuring that our work is carried out to a high standard by our experienced employees.
Lead roofing
Lead is a traditional material used in construction going back to Roman times. Lead is often used on historic buildings but is still used on domestic properties. Lead is a fully recyclable material, is durable, resistant to corrosion and can be aesthetically pleasing. We supply and fit lead roofs, also hoppers, rainwater pipes and even planter boxes for the garden!
Copper roofing
Copper, as with lead is fully recyclable and extremely long lasting. Copper naturally changes colour over time as it reacts with oxygen, a process known as oxidation. This happens over time, changing from its original orange colour to a dull brown, eventually becoming a light green.
Zinc roofing
Zinc has a very long service life. It is extremely corrosion resistant, strong, durable, recyclable and is low maintenance. Zinc is manufactured in many different colours and can fit in with the surrounding environment wherever it is to be used. It can be formed in various curves and shapes if required.
Single ply roofing
Single ply is mainly used in flat roofing, but has other uses, such as cladding of buildings. When used on roofs, ornamental bars can be attached to give the appearance of a sheet metal roof. Single ply is strong, flexible, highly durable and resistant to UV radiation.
“The team were punctual, tidy and considerate, and every stage of the work was clearly defined, explained and demonstrated.”
George Hadfield, Cambridge University
