Material: High-transparency acrylic + resin stone base
Color: Clear ripple top + brown rock-like support
Form: One end curves downward naturally; the other supported by sculpted stone
Craft: Thermal bending + hand-sculpted finish
Structure: One-piece ripple top with asymmetric support base
Design Style: Eastern philosophy / Water imagery / Sculptural furniture
Inspiration: Whispering water + Zen stone
Visual Theme: Meditation / Ripples / Stone voice
Surface Texture: Undulating water-like surface
Visual Effect: Light refracted through flowing acrylic
Function: Tea table / Meditation bench / Art installation
Application Spaces: Reception / Tea room / Gallery / Luxury residence
Compatible Styles: Oriental aesthetic / Natural minimalism / Calm interiors
Dimensions (customizable): 280cm x 86cm x 70cm
Thickness: Approx. 2.5cm tabletop
Edge Finish: Curved and naturally flowing edges
Support Element: Brown resin-based stone texture
Connection: Hidden joints
Weight Capacity: Approx. 40kg
Net Weight: Approx. 22kg
Packing: Wooden frame + molded foam protection
Eco Features: Recyclable / Formaldehyde-free
Temperature Resistance: -10°C to 60°C
Waterproof: Fully waterproof
Impact Resistance: High
Lifespan: Approx. 10 years
Cleaning Method: Soft cloth / Avoid scratches
Storage Suggestion: Dry and ventilated areas
Artistic Tags: Eastern philosophy / Poetic sculpture / Water contemplation
Aesthetic Traits: Balance of stillness and flow
Brand Positioning: Collector-grade artistic furniture
Special Note: Each rock-shaped support is hand-sculpted and unique
User Experience: Quiet / Immersive / Meditative
Cultural Meaning: Mindfulness through water, wisdom in stone
Artistic Expression: Tangible form of Eastern nature philosophy
Target Audience: Art buyers / Spatial designers / Mindful living enthusiasts
Style Fusion: Landscape-inspired installation + functional sculpture
Styling Suggestions: Pairs well with black ceramics / meditation mats / bonsai
Customization Service: Supports texture, color, and size customization
Design Highlight: Tension between downward flow and rock stability
