Bernhardt Miramont Dark Sable Dresser
The Bernhardt Miramont Dresser is a masterful representation of modern glamour infused with classical warmth. Draped in a deep, sophisticated "Dark Sable" finish, this dresser showcases the exquisite natural grain of premium cherry veneers. Its expansive 173 cm silhouette is defined by clean, architectural lines and a subtle bow-front design that adds a soft, sculptural dimension to your bedroom. As part of the Miramont collection, this piece captures a sense of understated luxury, making it an ideal anchor for both contemporary and transitional interiors. Precision-crafted with Bernhardt's legendary attention to detail, it serves as a perfect blend of high-fashion aesthetics and substantial storage capacity.
The dresser features nine spacious drawers, providing ample organization for fine linens and wardrobe essentials. Each drawer is equipped with smooth-action glides and accented with custom designer hardware that sparkles against the Dark Sable wood. With its heavy-duty construction weighing 118 kg, the Miramont dresser stands as a durable investment in artisanal furniture design that will transform the atmosphere of your master suite.
Brand: Bernhardt
Model: Miramont
Width: 173 cm
Depth: 54 cm
Height: 89 cm
Weight: 118 kg
Color: Dark Sable
Material: Premium Cherry Veneers and Solid Woods
Features: Nine spacious storage drawers; Custom metallic hardware; Bow-front architectural design; Hand-applied Dark Sable finish.
Product Code: BRN-360-053
Maintenance and Care
To preserve the lustrous Dark Sable finish of the cherry veneers, it is recommended to dust the surface regularly with a soft, dry, lint-free cloth. For minor cleaning, use a slightly damp cloth followed immediately by a dry one. Avoid the use of silicone-based furniture polishes, wax-based cleaners, or harsh chemicals, as these can build up over time and dull the specialized finish. To ensure the longevity of the wood, place the dresser away from direct sunlight and areas with high humidity or extreme temperature fluctuations.