【High-Quality Silicone Construction】This Duck candle mold excels in both candle making and resin casting applications. Craft detailed 3D designs with ease using wax, resin, or soap. The heat-resistant material maintains its form through repeated use without tearing or warping
【Effortless Removal】Our Duck mold features a smooth non-stick surface that releases your creations intact - no more ruined candles or stuck resin pieces! The optimal flexibility makes removal a breeze while maintaining perfect shape retention
【Versatile Crafting Tool】More than just a resin mold, this Duck silicone mold adapts to various creative projects:Artistic resin sculptures,Custom soap designs,Unique DIY crafts
【Meaningful DIY Creations】Designed for crafters who value personalization, this Duck candle silicone mold allows you to incorporate scents, colors, and decorative touches for truly original results
【Dedicated Crafting Support】Our team is committed to your creative journey. Should you need assistance with your Duck resin casting mold, we're here to help you achieve the best results
Description
GLITZXFH 3D Duck Candle Silicone Molds Duck Mold Animal Resin Casting Mold for Candle Making Polymer Clay Craft Home Decoration Aromatherapy Plaster Candles
Package Contents: 1pcs Duck Candle Silicone Molds
Duck Candle Molds Size:1.89*1.69*3.58inch
Ideal for candle enthusiasts and crafters, this Duck molds helps make personalized gifts. Experiment with fragrances, pigments, or decorative elements to create unique pieces.
Temperature Range -40℃ To 230℃
NOTES
1.Animal Silicone Candle Mold Before First Using, Please Wash With Water to Remove Surface Dust.
2.Please Avoid Open Flames or Use Directly on Heat Sources
3.Don't Pull and Impact it Violently or Scratch it with Sharp Things.
4.In Order to Avoid The Dust, Don't Directly Exposure it to The Air for a Long Time.
5.After use, please wash with water, then dry, store it flat, and store in a cool place.
6.Manual measurement, please allow slight errors on sizes.
7.The color may exist slight difference due to different screen displays.