Crown of Lilacs
Crown of Lilacs Mahjong Mat
Bring soft garden elegance to the table with Crown of Lilacs, an original design created as part of the artist collaboration between Brewtifully and Mahjong by SI.
Cascading lilac blossoms, graceful greenery, and delicate ornamental details create a romantic frame around the playing area. Soft shades of lavender, violet, blush, and green come together in a palette that feels fresh, graceful, and beautifully timeless.
Designed by Brewtifully with thoughtful attention to color, balance, and movement, Crown of Lilacs captures the feeling of a garden in full bloom. The layered florals bring softness and personality to the table while the balanced composition keeps the center comfortable and functional for play.
Perfect for spring gatherings, garden parties, gifting, or anyone who loves romantic floral artwork, this mat brings an elegant botanical touch to every mahjong game.
Why You Will Love It
- Original artwork by Brewtifully
- Created as part of the Brewtifully x Mahjong by SI artist collaboration
- Romantic floral design featuring cascading lilacs and lush greenery
- Soft lavender, violet, blush, and garden-green palette
- Smooth 3MM neoprene surface for effortless tile movement
- Cushioned construction for a quieter, more comfortable game
- Beautiful for spring gatherings, gifting, and everyday play
- Durable stitched edge for long-lasting quality
- Easy to roll, store, and travel with
- Printed in the USA
Details
- Dimensions: Available in 20" x 20", 31.5" x 31.5", and 33.5" x 33.5"
- Material: Smooth 3MM neoprene with a stitched border
Storage
The mat arrives rolled and packaged in a protective plastic bag for convenient storage and transportation. The border may not lay completely flat when first unrolled, but it will typically relax and flatten with regular use.
Please Note
Because each mat is individually printed, slight color variations may occur during production. Colors may also appear slightly different in person due to screen settings, lighting, and photography.