Black high-gloss coffee table with push-pull storage and double-sided drawers ELYSIUMIST

Bring modern elegance and smart organisation to your living room with this black high-gloss coffee table. Designed with clean lines and a sleek reflective finish, it combines a compact footprint with innovative hidden storage. The push-pull structure and double-sided drawers allow easy access from multiple directions, keeping everyday items neatly tucked away while maintaining a refined, minimalist look.

High-Gloss Modern Finish: The glossy black surface adds a sophisticated touch to contemporary interiors and reflects light beautifully, enhancing the sense of space in your living room.

Push-Pull Hidden Storage Design: Innovative push-pull mechanism reveals concealed storage compartments, allowing you to store personal items discreetly and keep the tabletop clutter-free.

Double-Sided Drawers: Two integrated drawers can be accessed from different sides, offering flexible storage for remote controls, magazines and daily essentials.

Compact & Practical Size: Measuring 100 × 50 × 31 cm, this coffee table fits comfortably in small or medium living spaces while delivering excellent functionality.

Durable & Easy to Maintain: Made from high-quality particle board, the table is sturdy and built for everyday use. The smooth surface is easy to wipe clean for long-lasting appeal.

Product Information

Material:
Particle board

Colour:
Black

Finish:
High gloss

Overall dimensions:
100 × 50 × 31 cm

Product weight:
25 kg

Load capacity:
35 kg

Number of packages:
1

Package dimensions:
108.94 × 57.43 × 14.45 cm

Package weight:
27.80 kg

Shipping Information

The product is shipped in one package. Delivery times may vary depending on destination and carrier arrangements.

Additional Information

• Assembly required. Other tools may be needed.
• The high-gloss surface is protected with a film; please remove the film before use.
• Actual colour may vary slightly due to lighting or display differences.
• Minor measurement deviations may occur due to manual measurement.