Wealden Sussex Sandstone

Wealden Sussex Sandstone Fine Hand Tooled Walling (FHTW)

This finely tooled natural sandstone walling is ideal for restoration and new build projects. The 45-degree tooled finish to this stone ashlar was introduced into England by the Normans. It can be seen in many notable buildings in the South East, including Battle Abbey and Rudyard Kipling's house, Bateman's.

Wealden Sussex Sandstone weathers from a warm honey colour to soft silvered autumn shades. It is an ideal natural stone to blend into a traditional or contemporary building and garden design.

Product Code: FHTW
Type: Honey coloured Fine Hand Tooled Walling

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Wealden Sussex Sandstone Fine Hand Tooled Walling (FHTW)

Availability

Priced per m2.
Sold palletised.
Other sizes and sawn joints available on request.

Sizes

Lengths, random mixture from

140mm - 400 mm (51/2" - 15 3/4")

Individual course heights, random mixture from

102mm - 228 mm (4" - 9")

Depth, random from

102mm - 230mm (4" - 9")


Specifications

GeologyLower Cretaceous, Tunbridge Wells Sand of deltaic origin consisting of cemented quartzose sand.
ColourHoney colour, with some autumn colours with veining.
TextureVery fine unique stone that is easy to carve with distinctive fine features.
Crushing StrengthAir dried 321 - 529kgf/cm2
WeightWater saturated 2524kg/m3
Acid immersion testpassed
Porosity (%volume)26.2%
Saturation coefficient0.67


Recommended Uses

Dry stone walling
Garden features
Load-bearing walls
Non-load-bearing cladding & facing
Quoins
Retaining walls & batters
Window & door surrounds


NEED ASSISTANCE?

Our experienced technical consultants would be happy to answer your questions about any of our products or materials. Contact us to discuss what you need.

CALL US ON
01403 785141

Copyright © WT Lamb & Sons Limited, Trading and Lambs Bricks & Stone.
2024 All Rights Reserved Company Registered in England and Wales.
Samples are indicative of the texture and colour of our material.
No warranty is given or implied that goods will in all respects be equal to the sample.