With soft and delicate polyester thread and galvanized iron wire material, high density, non-shedding, and no fluorescent agent, this twister stick is safe and comfortable to use.Encourage parent-child interaction with our new twist stick, perfect cultivation of children's hands-on ability as well as imagination and creativity, promote children's intellectual development.With its ever-changing shape allowing for unlimited creativity and customization, this twister stick can be used to create handmade bouquets, making each bouquet unique.Reusable design allows the twister rod has a variety of purposes, and reduce waste, making it become the choice of environmentally friendly.The stick can be used to make hair accessories, toys, crafts, home decoration, etc., suitable for various occasions, including birthdays, holidays and special events. Introducing the DIY twist stick - the perfect tool for parent-child interaction and cultivating hands-on ability Made with soft plush and free of any fluorescent agents, this twist stick allows for ever-changing shapes and can be reused time and time again. Use it to make handmade bouquets and add a personal touch to any occasion. Whether you're looking for a fun activity to do with your kids or a unique gift for a loved one, the diy twist stick is the perfect choice. Item Name: Twist Stick Material: Polyester Thread, Galvanized Iron Wire Features: No Fluorescent Agent, Parent-child Interaction, Fluffy Soft Size Details: Length: 30cm or 11.81" (Approx.) Notes: The quantity is about 100pcs, due to manual calculation, the quantity might has 1-5pcs more or less, hope you can understand, thank you.Due to the light and screen setting difference, the item's color may be slightly different from the pictures.Please allow slight dimension difference due to different manual measurement. Package Includes: 1 Bag of Twist Stick(100Pcs Included) Note: Due to the light and screen setting difference, the item's color may be slightly different from the pictures. Please allow slight dimension difference due to different manual measurement.