- Baby toys & Preschool toys
- Building and Construction
- Outdoor toys
- Educational Toys
- Party supplies
- Wooden Toys
- Children's books
- Children's room
- Crafts and Hobby
- Learning and Experimenting
- Dolls and cuddly toys
- Puzzles
- Role-playing & Dressing Up
- School gifts
- School supplies
- Play figures
- Games
-
Hand-out gifts
- Fidget Toys
- Joke gifts
- Grab bag
- Growth and Play Eggs
- Wooden Party Favors
- Clap bracelets
- Keychains
- Slime and Putty
- Squishy Toys
- Bouncing balls
- Spinning Tops and Yo-Yos
- Treats
- Handouts
- Giveaways up to 10 euros
- Giveaways up to 2 euros
- Giveaways up to 5 euros
- Giveaways up to €7.50
- Party bags
- Surprise balls
- Vehicles
Clementoni Science & Games - Make your own Bouncy Balls
Dimension package:
21 x 15 x 5,5 cm
Expected
Alternatives
-
Making Cosmos Bouncing PlanetsLog in for price information
-
Cosmos Glitter Diamonds MakingLog in for price information
-
Clementoni Science & Games Microscope SMARTLog in for price information
-
Clementoni Science & Play - BiosphereLog in for price information
-
Electrical Construction Kit Fiber OpticLog in for price information
-
Science Explorer Magnet Set, 13pcs.Log in for price information
Description
A fantastic science kit to create super fun, real, brightly colored bouncy balls! The kit includes spherical molds and several packets of coloring powder that you mix with water to create these "magical" balls. The process is quick and easy: simply submerge the mold in water, let it sit for a few minutes... and you're done! Super fun and ready to play in no time. Includes comprehensive illustrated instructions that explain the process simply and easily.
Read more
Specifications
Found in the following categories:
| Itemcode: | 2320206 |
| Dimension package: | 21 x 15 x 5,5 cm |
| Suitable for: | From 8 years old |
| EAN code: | 8005125668762 |
| Price in euros: | Excl. VAT and excl. shipping costs |
| Test samples: | Test samples |
| Brand: | Clementoni |
Safety
- Warning: Not suitable for children under 3 years due to small parts.
Click the image to enlarge.