Sedimentary stones, sandstones and limestones
The Harris Quarries Stone portfolio consists of sedimentary stones, sandstones and limestones, which are among the most widely used and versatile of all building stones. We import block from quarries all over Yorkshire and Lincolnshire, as well as quarrying our own Rotherham red sandstone.
No matter the project, or your vision we are positive that Harris Quarries can not only provide you quality stone, but at realistic prices.
Please feel free to contact us for more information.
Description - Crossland Moor
Crossland Moor is a fine to medium buff coloured millstone grit series sandstone of the Carboniferous age. Overall, Crossland Moor is suitable for most aspects of construction including load bearing masonry and cladding. More versatile applications include detailed fireplaces as well as restoration and renovation stone work...
Description - Bank top grit
Bank top grit is a mixed brown, ginger coloured medium coarse grit stone from the Carboniferous age. It is suitable for most aspects of construction work and is particularly used for walling, heads and cills. With its rich and vibrant colours a large area of this stone looks particularly impressive and conveys the warm look of natural stone...
Description - Rotherham Red (Lilac Blue)
Rotherham Red (Lilac Blue) is a soft fine grain lilac coloured sandstone of the Carboniferous age. Perfect for most aspects of construction. Easily worked Rotherham Red is a sculptors dream and finished stones have beautiful iron intrusions adding extra dimensions to the product. Other applications include detailed fireplaces as well as restoration and renovation stone work...
Description - Linconshire sedemetary limestone
Linconshire sedemetary limestone is cream / white in colour with shells and small fossils. Sawn and rumbled it has the apprearance of old age hand worked wlling stone. The sawn ashlar product can be used for flooring and when honed takes place on a beautiful appearance showing all the shells and fossils that were laid down millions of years ago...
