Product code: Cambridge Wood and Sons Woods & Sons Woods Ware Red & deals White English China Plates
This listing features four (4) 10" diameter dinner plates in the lovely hand-painted Woods Ware china pattern named "Cambridge". These lovely dinner plates are fine English china, and are over 100 years old1 Woods Ware is also known as Woods and Sons china, and as Wood and Sons china. The dinner plates are hard-to-find and are in the red and white coloration. Decorated with "pie crust" or rope (gadrooned) edges. Each dinner plate deals is in excellent pre-owned condition with no flakes, nicks, or chips. Some occasional crazing is seen, but no discoloration. From a local estate sale about 15 years ago, and have been in my vintage pottery & glass collection since that time. Non-smoking home. Lovely dinner plates to start or add to your collection of red and white fine English china! I have more fantastic pieces to list in the near future! Shipping will be via UPS Ground with tracking and insurance. UPS Ground may take a few days longer for delivery, but saves $$.
This listing features four (4) 10" diameter dinner plates in the lovely hand-painted Woods Ware china pattern named "Cambridge". These lovely dinner plates are fine English china, and are over 100 years old1 Woods Ware is also known as Woods and Sons china, and as Wood and Sons china. The dinner plates are hard-to-find and are in the red and white coloration. Decorated with "pie crust" or rope (gadrooned) edges. Each dinner plate deals is in excellent pre-owned condition with no flakes, nicks, or chips. Some occasional crazing is seen, but no discoloration. From a local estate sale about 15 years ago, and have been in my vintage pottery & glass collection since that time. Non-smoking home. Lovely dinner plates to start or add to your collection of red and white fine English china! I have more fantastic pieces to list in the near future! Shipping will be via UPS Ground with tracking and insurance. UPS Ground may take a few days longer for delivery, but saves $$.