The Santa Barbara collection offers a fresh perspective on traditional furniture design. Inspired by California’s laid-back vibe, the Santa Barbara bachelor’s chest features wire-brushed, cerused oak veneers with subtle textures and light strokes of color in the grain. The Sandstone finish is bright and fresh, while the steel ring pulls in tinted Vintage Nickel have an aged look. The attention to detail and artistry continues with overlays on the three drawers and turned bun feet.
Three drawers with overlays. Turned foot. Adjustable glides. Anti-tip kit. Note: Wood top is removable for use of optional 385-230S stone top.
TOP: Optional purchase Antique White Travertine laminated stone top. Use with 385230. Felt on bottom of stone top. (Office note: Stone is eased edge, 6 mm thick, laminated to marine plywood.) (Note: Top of 385230 is removable to allow for installation of laminated stone top. Stone is pre-bored for attachment to 385230 case after wood top is removed. Instruction sheet included.) (Note: Stone is designed to be attached to top of 385230. Stone not designed to be lay-on.) NIGHTSTAND: Sandstone finish. Removable top. (Note: Top is removable for use with optional purchase laminated Antique White Travertine stone top. See 385230S. Instruction sheet included.) Three drawers with overlays. Bernhardt name plate in top drawer. (Drawers have French dovetails on front and English dovetails on back. Metal side guides.) Turned feet. Adjustable glides. Anti-tip kit and instruction sheet. (Noted as PASSED tip-test.) NOT FOR USE WITH TV.
- Three drawers with overlays
- Antique White Travertine laminated stone top with eased edge - in lieu of the standard wood top
- Turned foot
- Adjustable glides
- Anti-tip kit
- Specifications subject to change without notice
Care Instructions: Remove dust with a soft, dry cloth. Clean any smudging with a soft, slightly dampened cloth followed immediately by drying with a soft, dry cloth. If applicable, follow the grain direction when cleaning this item. Do not let liquids stand on surface.