
Artist Love 2:1 Art Resin For Ocean Pouring Geode Making And Artistic Work
Artist's love pouring medium set - 2:1 ratio epoxy resin
βΉ1600.00βΉ1200.00
Unleash artistic brilliance with Artist Love 2:1 Art Resin, specially designed for ocean pouring, geode artwork, and detailed resin creations. This premium-quality resin offers crystal-clear transparency, excellent pigment flow, and a long working time β making it ideal for artists who want to achieve realistic waves with foamy cells and lacing, or vibrant, textured geode designs with metallics, glitters, and crushed crystals.
Whether you're mimicking deep sea waves or crafting a sparkling geode masterpiece, this resin brings your imagination to life with professional-grade results.
Key Features:
π Ocean Pouring Excellence β Smooth flow for wave effects, realistic sea layers, and ocean depth
π«§ Natural Cells & Lacing β Achieve foamy wave textures using white pigment and heat tools
π Perfect for Geode Art β Enhances metallics, glitter, stones, and mica for rich, layered geode effects
β¨ Glass-Like Clarity β High-gloss finish that magnifies depth and detail
π§ͺ 2:1 Mixing Ratio β Easy-to-use formula for bubble-free, consistent pours
β³ Artist-Friendly Working Time β Allows for intricate detailing and pigment blending
π UV-Resistant & Non-Yellowing β Maintains shine and clarity over time
π¨ Also Great For: Coasters, Trays, Floral Embeds, Jewelry, Wall Art & Tables
Recommended Uses:
Ocean Resin Art with Waves & Foam Effects
Geode Creations with Stones, Mica, and Sparkles
Multi-layered Artistic Canvases
Decorative Coasters, Trays, and Home Decor
Resin Jewelry, Flower Preservation & Mixed Media
Kit Includes:
Resin and Hardener (2:1 Mix Ratio by weight or volume)
Available in packs like 1.5 kg, 3 kg, etc.
π§ Pro Tips:
For Ocean Waves: Use white pigment paste + heat gun or torch to create foamy cells and lacing on top of blue ocean layers.
For Geodes: Combine with crushed glass, metallic pigment powders, glitter, and stones. Pour in layers to create rich, natural-looking geode formations.