(As shown) 27pcs Boys Girls DIY Blank Christmas Snap Bracelet Durable Filler Kids Birthday

Description

(As shown) 27pcs Boys Girls DIY Blank Christmas Snap Bracelet Durable Filler Kids Birthday DescriptionFeatures: 【WHAT YOU WILL RECEIVE】Package included total 27 pieces of white snap bracelets, built-in steel sheet, sufficient quantity to meet your daily use and replacement needs, and can be used for a long time. 【EASY TO USE】All you need to do is just directly slap the bracelet to your wrist, it will form a bracelet loop based on your wrist size itself, suitable for different people to use, more comfortable to use, will not feel tight. 【SUITABLE FOR MANY OCCASIONS】Suitable for all kinds of occasions, great for children’s birthday bags, party favours, parent-child interactions, classroom rewards, class prizes and Christmas gifts, etc. 【ENJOY YOUR DIY】This product is double-sided white snap bracelets, the surface is pure white without printing, children can graffiti freely, it is also a good choice for friends who love DIY to create unique snap bracelets. 【DURABLE MATERIAL】The outer surface of snap bracelets is made of PVC, and the built-in steel sheet will not scratch the child’s hand or your hand. It is not easy to break, more durable, and can be used for a long time. Description: Package Included: Package included total 27 pieces of white snap bracelets, sufficient quantity to meet your daily use and replacement needs. Easy to Use: All you need to do is just directly slap the bracelet to your wrist, it will form a bracelet loop based on your wrist size itself. Suitable Occasions: Great for children’s birthday bags, party favours, parent-child interactions, classroom rewards, class prizes and Christmas gifts, etc. Specifications: Material: outer pvc, inner steel sheet Color: white Size: about 22 x 3cm/8.66 x 1.18inch(length x width) Package Included: 27 pcs x snap bracelets Note: 1. Due to the light and screen difference, the item’s color may be slightly different from the pictures. 2. Please allow 0.5-2 cm differences due to manual measurement.