36″ Foot-stomped Blue and White Figures Ginger Jar Lamp on Wood Base

Reproduction porcelain ginger jar lamp with hand-painted blue and white figures design. Assembled on a wood base with white empire shade. Features real brass with hand-rubbed antique finish. Made with foot-stomped clay. All lamps are made to order and final sale.

Foot-stomped porcelain is made with a rustic form of clay that is literally mixed together by stomping on the clay. This type of clay is more primitive and less refined, containing minerals and other materials that react with the heat in the kiln and result in beautiful blemishes, marks, cracks, and imperfections. This creates an antiqued, unique finish that is intentional and highly sought after by many designers and collectors.

Each piece is handmade and hand decorated, so no two are exactly alike. Received product may vary from photographed item in color, size, and finish. Pairs and groups must be ordered together to ensure best match.

Measurements are approximate.

$867.00 msrp $289.00 ws

Item Number: 5008WD Size: 36" H x 18" W with shade; 36" H x 10" W without shade

Description

Reproduction porcelain ginger jar lamp with hand-painted blue and white figures design. Assembled on a wood base with white empire shade. Features real brass with hand-rubbed antique finish. Made with foot-stomped clay. All lamps are made to order and final sale.

Foot-stomped porcelain is made with a rustic form of clay that is literally mixed together by stomping on the clay. This type of clay is more primitive and less refined, containing minerals and other materials that react with the heat in the kiln and result in beautiful blemishes, marks, cracks, and imperfections. This creates an antiqued, unique finish that is intentional and highly sought after by many designers and collectors.

Each piece is handmade and hand decorated, so no two are exactly alike. Received product may vary from photographed item in color, size, and finish. Pairs and groups must be ordered together to ensure best match.

Measurements are approximate.