Award Winning Jacques 84" Dark Grey Double Vanity | White Carrara Marble Top | White Square Sinks And 34" Mirrors Starter Kit [xkaCLIXS]

Jacques 84" Dark Grey Double Vanity

The Jacques 84" Dark Grey Double Vanity from Lexora is a stunning addition to any bathroom, offering a blend of modern elegance and seamless functionality. Crafted with solid birch and rubber wood, this vanity boasts a durable construction that complements its sleek, clean lines. The dark grey finish pairs perfectly with the white Carrara marble top, creating a sophisticated and contemporary look. With its matching stone countertop, white square sinks, and 34" mirrors, this package is all you need to complete your bathroom transformation.

Product Specifications and Features

The Jacques vanity is designed with meticulous attention to detail. It features an 8-stage painting and finishing process, ensuring superior moisture resistance for a long-lasting finish. The cabinet doors and drawers are equipped with soft-close hinges and slides, enhancing safety and providing a quiet, pleasant experience. The vanity is constructed with solid rubber and birch wood frames, and E0 grade plywood panels for added strength. Key features include a single hole Carrara marble countertop, UPC certified ceramic sinks with overflow, and matching mirrors with wood frames. The 4 doors are equipped with concealed soft-close hinges, and the 14 fully extending drawers offer ample storage space.

Practical Uses and Benefits

The Jacques 84" Dark Grey Double Vanity is perfect for those seeking a high-quality, stylish bathroom solution. Its versatile design fits into any size bathroom and complements a variety of styles. The durable construction and thoughtful features make it an excellent choice for daily use. Whether you're looking to upgrade your existing bathroom or starting from scratch, this vanity is sure to enhance your daily routine. Ideal for homeowners, renters, and decorators, the Jacques vanity offers both beauty and functionality, making it a valuable addition to any space.