Lotus Luminescence Handpainted Solid Wooden Trivet


Immerse your dining table in cultural elegance with the Lotus Luminescence Handpainted Solid Wooden Trivet. Crafted from Mango Wood and adorned with the traditional Meenakari Paint, this trivet goes beyond mere functionality, transforming your meals into a visual feast.

Its use extends to protecting your table from hot pots or dishes, combining practicality with the rich cultural heritage of Balinese and Buddhist aesthetics. The Navy Blue Rustic Finish and Desert Blossom Meenakari Handpaint not only showcase design techniques rooted in Balinese culture but also symbolize purity and enlightenment, reflecting the significance of the lotus.

Elevate your dining experience with this unique fusion of form and function, ideal for preserving the beauty of your table while adding an artistic touch to your residence.

Size : L 6.35 X W 16.51 X H 25.4

• Materials Used- Mango Wood and Handpaint
• Colour & Finish- Rooh's Essence: Pink, Green and Gold Lotus Handpaint & Natural Teak Finish
• No Assembly Required
• 3 Months Seller Warranty
• Disclaimer: Handmade products can vary and carry small imperfections. These irregularities are intrinsic to the process of making products by hand and adds to the item's appeal. There may be slight variances in the products like shape/size/weight, even pin holes or pits or antique stains or soldering marks. These are acceptable hallmarks of handmade products. We suggest treating all decorative handmade products with care.

A little love goes a long way!

• Keep it out of direct sun to avoid fading—
UV rays can damage the protective layer.
• Looking dusty? Just grab a clean soft flannel cloth and get to work.
• We recommend you steer clear of harsh
cleaners, such as bleach-based products.
• For hard-to-remove stains, use a small amount of windex and a soft cloth or soft-bristled brush. Wire brushes and harsh cleaners can cause scratches.
• Address spills promptly with a clean, dry cloth. For stubborn stains, follow specific care instructions based on the material.