Inlaid Mahogany side table
£70
Characteristics
A mahogany small table, originally an urn stand, with decorative geometric inlay to the top and drawer front. It has wavy gallery and acorn turned finials over a single drawer on chamfered square legs joined by a pierced flat X stretcher. A lovely patina throughout, in very good condition.
Technical Information
Date: 19th century
Height: 58 cm
Width: 36 cm
Depth: 36 cm
Sustainability
The average piece of furniture generates approximately 47kg of carbon dioxide equivalents – roughly the same as burning 5.3 gallons of petrol. Buying this item second-hand versus a newly made equivalent recovers the energy used to make it, rather than generating further emissions and using new materials.
£70
Characteristics
A mahogany small table, originally an urn stand, with decorative geometric inlay to the top and drawer front. It has wavy gallery and acorn turned finials over a single drawer on chamfered square legs joined by a pierced flat X stretcher. A lovely patina throughout, in very good condition.
Technical Information
Date: 19th century
Height: 58 cm
Width: 36 cm
Depth: 36 cm
Sustainability
The average piece of furniture generates approximately 47kg of carbon dioxide equivalents – roughly the same as burning 5.3 gallons of petrol. Buying this item second-hand versus a newly made equivalent recovers the energy used to make it, rather than generating further emissions and using new materials.
£70
Characteristics
A mahogany small table, originally an urn stand, with decorative geometric inlay to the top and drawer front. It has wavy gallery and acorn turned finials over a single drawer on chamfered square legs joined by a pierced flat X stretcher. A lovely patina throughout, in very good condition.
Technical Information
Date: 19th century
Height: 58 cm
Width: 36 cm
Depth: 36 cm
Sustainability
The average piece of furniture generates approximately 47kg of carbon dioxide equivalents – roughly the same as burning 5.3 gallons of petrol. Buying this item second-hand versus a newly made equivalent recovers the energy used to make it, rather than generating further emissions and using new materials.
