Senzia Dining Table 1.8m

Striking a balance between natural warmth and industrial character, the Senzia Dining Table 1.8m brings a confident contemporary presence to the dining space. Crafted from acacia hardwood, the tabletop is wire-brushed and finished with a soft whitewash, enhancing the natural texture of the timber while creating a light, refined appearance.

The rectangular tabletop is contrasted by angular metal legs, which extend outwards to form a distinctive frame on either side. This bold base gives the Senzia an architectural quality while maintaining a clean, streamlined silhouette. The combination of textured wood and dark metal creates an appealing contrast that works particularly well within contemporary and industrial-inspired interiors.

Generous and versatile, the Senzia provides an inviting setting for everyday meals, family gatherings and entertaining. Its natural materials, considered detailing and statement base come together to create a dining table that feels substantial yet effortlessly stylish.

• Acacia hardwood construction — Brings natural warmth, character and a beautifully substantial feel to the dining space.
• Wire-brushed finish — Enhances the natural texture and character of the timber for a more distinctive surface.
• Whitewashed surface — Creates a soft, contemporary finish while allowing the beauty of the acacia wood to remain visible.
• Industrial metal legs — Provide a bold contrast to the natural wood tabletop for a modern, design-led look.
• Angular frame design — The legs angle outwards beneath the tabletop, creating a distinctive architectural silhouette.
• Rectangular tabletop — Offers a generous and practical setting for everyday dining and entertaining.
• Contemporary industrial styling — Blends textured timber with metal detailing for a refined yet characterful finish.
• Versatile whitewash tone — Easy to coordinate with a variety of dining chairs, colours and interior schemes.
• 10-year structural warranty — Provides added reassurance and confidence in the table’s structural construction.