نظرة عامةMahmayi HYT12 110DIA Glass Round Table
MINIMALISTIC DESIGN
- Because of its informal style, the round table may look fine in your kitchen, breakfast nooks, or living area. It is safe to move about. It is compact and Round, with simple design elements that may be incorporated into any urban interior style. The table top is composed of compressed wood and has a high-performance finish for long-term upkeep. Clean your table carefully with a soft, dry cloth.
EYE CATCHING APPEARANCE
- The table top adds a feeling of purity and freshness to the environment. The table's legs are built of solid beech, and the light array and geometric metal supports make it extremely sturdy and durable. Because of its natural colour and Round shape, the table fits wonderfully into the living room and public areas such as cafes and restaurants, accentuating the minimalist or high-tech decor.
- This dining table is an excellent choice for a formal or informal eating situation in your house.
Care Instruction:
- Unless explicitly stated all products are suitable for indoor use only (24 degree Celsius or 79 degree Fahrenheit)
- Some chemicals or polish may damage the chair upholstery. It is recommended to use a leather polish for leather items. Fabric material can be cleaned with a duster or low suction hand vacuum and PU material can be cleaned with mildly damp cloth
- No chemicals or polish to be used for safes as well as steel office furniture
- Use eco-friendly wood polish for desks. Any water spillage should be wiped away with a dry cloth immediately
- Our product range is not suitable for infants, toddlers and small children
- Filing drawers and shelf's have an applicable load rating. If you intend to place heavy items, kindly consult our team for the load capacity
- None of our chairs can be used as stools. Please do not stand on any of the chairs as it can cause serious injury
- Avoid keeping very hot or very cold materials on the wood directly, always use coasters or mats
- Some of our wood furniture are hand crafted and have granular variations