Round Crystal Cluster Tray Mold 14cm Diameter

Create stunning, crystal-encrusted statement pieces with our Round Crystal Cluster Tray Silicone Mold! Featuring a dramatic surface covered in large, prominent crystals and a gorgeous geode texture, this mold is expertly crafted for resin artists and makers looking to design luxurious small catchall dishes, jewelry holders, and vanity trays.

✨ Why You’ll Love This Mold:

Dramatically Textured Surface: Adorned with large, realistic crystal formations across the design, creating a breathtaking multi-dimensional look that catches the light from every angle.

Perfect Catchall Size: Measuring 14 cm in diameter with a 1.5–1.8 cm thickness, it yields the ideal compact trinket dish for holding everyday jewelry, rings, earrings, crystals, or entryway keys.

Flawless Demolding & Glossy Finish: Made from premium, ultra-flexible, and durable silicone. The high-gloss inner finish ensures a mirror-like shine and crisp, intricate details on every single cast.

Versatile Casting Mediums: Fully compatible with epoxy resin, Jesmonite (AC100), casting concrete, plaster, and other decorative casting materials.

📐 Technical Specifications:

Shape: Round Crystal Cluster / Geode Dish

Dimensions: Diameter: 14 cm (approx. 5.5")

Thickness / Depth: Approx. 1.5 cm – 1.8 cm (0.6" – 0.7")

Material: Premium flexible silicone with high-gloss cavity finish

💡 Creative Tips for Makers:
The rich crystal detailing on the surface makes this mold incredible for playing with color gradients, metallic powders, or contrasting highlights on the crystal tips. Your finished pieces will look like high-end, expensive boutique decor items!

⚠️ Important Safety Disclaimer:

These silicone molds are NOT food safe. Do not use them for chocolate, candy, baking, or any edible materials.

Each mold is carefully inspected prior to dispatch to ensure top-tier quality for your studio.

Add this gorgeous mold to your collection today and start creating unique, luxurious pieces! Feel free to reach out if you have any questions.