The modern interlocking tile is a flat smooth single lap interlocking design with a slate like appearance enhanced by a broken bond laying pattern.
Marley modern anthracite roof tiles.
It s excellent covering capacity makes the modern concrete tile an affordable roofing solution that is a great alternative to slate.
You ll find the marley concrete modern ridge has been designed to suit all marley modern tiles.
A large format concrete roof tile featuring a traditional flat profile slate like appearance.
A new chapter for the uk s leading roof systems manufacturer the vast experience gained in manufacturing pitched roof tiles and roofing products over the course of the last 100 years and a passionate commitment to driving industry standards have contributed to successfully establishing marley as the uk s market leader in holistic roofing systems.
Marley s edgemere concrete roof slates our edgemere interlocking concrete roof tile designed as a high quality affordable alternative to natural slate will ensure your roofing project has stunning kerb appeal.
It can be used on a roof with a minimum pitch of 15 degrees and a maximum pitch of 55 degrees.
Our concrete interlocking roof tiles and concrete plain tiles are easy to lay thus ensuring you can keep your installation costs down.
The marley modern can be used on roof pitches as low as 17 5.
The modern interlocking roof tile from marley ltd roofing merchants has excellent covering capacity and comes in six colours.
Marley s collection of affordable concrete roof tiles combines outstanding aesthetics with high quality to ensure that your roof stands out from the rest.
The modern concrete interlocking roof tile from marley has a smooth single lap design and slate like appearance that is enhanced by the necessary broken bond laying pattern.
Anthracite provides a colour more closely resembling natural slate.
Marley modern roof tile anthracite product descriptionthis sleek modern interlocking tile has a flat smooth single lap interlocking design with a slate like appearance enhanced by a broken bond laying pattern.