The Noble Ivory Dining Table

 The Noble Ivory Dining Table – where sleek modern design meets opulent charm, creating a truly immersive dining experience. With a chic faux marble tabletop and an elegant gold trestle base, this table brings a touch of contemporary glamour to every meal, be it a casual brunch, an intimate gathering, or a soirée of pure indulgence.

Generous Proportions for Memorable Moments: Spanning 62.99" L x 31.49" W x 29.53" H, The Noble Ivory comfortably seats 4-6 guests, allowing ample space for each guest to savor both their meal and the lively conversation. Its spacious surface invites you to showcase your finest tableware, lush floral arrangements, artful salads, desserts, drinks – whatever the occasion demands.

Enduring Elegance: With a 1.18-inch faux marble top and a robust gold metal trestle base, this dining table is as strong as it is beautiful. It can gracefully support up to 300 lbs, ensuring it withstands the test of time. Designed for real life, its smooth, easy-to-clean surface and solid metal legs are crafted for everyday use, lending stability to hold even your most extravagant feasts and decor.

A Chameleon of Sophistication: The Noble Ivory is more than a dining table; it’s a statement. From dinner parties to corporate meetings, it adapts effortlessly. Imagine it as your kitchen’s centerpiece, a sophisticated gathering table, an executive desk, or even a statement piece in a chic bistro. Whatever the setting, it blends seamlessly, elevating any space with its timeless charm.

Because, darling, in a world of trends, timelessness is the ultimate luxury.

XOXO,

Mogul

 Specifications

Dimensions: 62.99" Length x 31.49" Width x 29.53" Height
Seating Capacity: Comfortably accommodates 4-6 guests
Tabletop Thickness:1.18 inches – providing durability with a luxe, substantial feel
Weight Capacity: Supports up to 300 lbs
Materials: Faux marble top with a polished finish and a sturdy gold metal trestle base
Design Elements: Smooth, flat tabletop for easy maintenance, elegant trestle design for added stability