3 Pcs Large Spherical Cylinder Light Resin Silicone Mold Lamp Holder Mold for Flower Preservation with USB Light for DIY Epoxy Resin Casting Craft Desktop Ornaments Table Home Decorations
【Flower Preservation】—The diameter of the cylindrical mold is 2.68 inches and the height is 5.12 inches, and the volume can hold enough resin material, which can be used for the preservation of dried flowers for many special occasions, design beautiful resin art works according to your own preferences and aesthetics, and record the moments of good life.
【Package You Get】—You will get 1 piece of resin mold for cylindrical lamp, 1 piece of mold for round lamp holder and 1 piece of USB light. A new and beautiful set for you to use in different crafting projects.
【Reliable Quality】—Made of high quality silicone material, flexible and light to use, not easy to break or deform, the smooth surface is easy to clean and demould, durable, can be used many times, and can serve you for a long time.
【Easy to Use】—Make beautiful work. Pour the first layer of resin into a large silicone mold of epoxy resin, wait for the resin to reach a jelly-like shape, add dried flowers or other decorations, then add another layer of resin, wait for it to fully cure, and then demold. It is recommended to repeat several layers to design, the effect is better. (to prevent air bubbles or deformation)
【Wide Application】—These flower preservation silicone molds are versatile and practical, widely used in DIY dried flower tabletop decorations, table lamps and more DIY handmade decorations, in addition, decorating with resin pigments, dyes, mica powder, etc. can make your finished products more eye-catching and delicate, DIY is so much fun.
Description
Material:silicon
Color: as picture shows
Package includes:
1 piece of resin mold for cylindrical lamp
1 piece of mold for round lamp holder
1 piece of USB light
Notice:
1. Due to manual measurement, please allow a slight size error.
2. There may be a certain color difference due to different display effects, the color is subject to the actual product.