• Material: High-quality iron
• Design: Polished gold cylindrical planter pot elevated on a minimalist square geometric stand
• Finish: Glossy polished gold pot with matte or satin-finish metal stand
• Color: Gold (pot) with black or metallic stand
• Style: Contemporary, modern, minimalist, luxury
• Durability: Strong iron construction with stable geometric support
• Function: Ideal for plant display or as a sculptural décor piece
• Placement: Suitable for living rooms, entryways, patios (covered), offices
• Packaging: Secure, protective packaging for safe delivery

• Polished gold cylindrical pot adds high-shine elegance and a luxurious touch
• Minimalist square stand creates a clean, geometric silhouette for modern styling
• Handmade with refined craftsmanship for a premium, sculptural look
• Functions beautifully with or without plants as a statement décor piece
• Stable metal frame ensures durability and balanced support
• Ideal for enhancing contemporary, minimalist, and luxury interiors
• Perfect for corners, entryways, office spaces, or patio displays (in covered areas)

• Wipe with a soft, dry or slightly damp microfiber cloth
• Avoid abrasive cleaners or harsh chemicals to preserve the polished finish
• Use an inner liner or pot to prevent direct water exposure
• Dry immediately after watering plants to avoid rusting
• Indoor or semi-outdoor (covered patio) use recommended

Style: NA
Size :
24.5 × 23 × 49 Cms
27 × 27 × 64.5 Cms
Manufacturer / Marketer Details:
Marketed By
LSS Trends Pvt. Ltd.
No. 40, 1st Cross, CSI Compound
Mission Road, Bengaluru – 560027
Karnataka, IndiaCustomer Support & Grievance Officer:
We’re committed to delivering a seamless experience.
Call / WhatsApp: +91 95131 34646 / +91 79968 03666
Email: we@maiahhome.com
Country of Origin: India
Important Note:
• Slight variations in color, texture, or finish may occur due to lighting and screen differences.
• These natural variations are a part of the product’s character and craftsmanship—not defects.
• Size and weight are subject to slight variance due to manufacturing processes.