The set with 2 silicone spoons is an essential accessory at the start of introducing solid foods to your baby. It is very important for the little one to experience new tastes and textures, so they can later join the wonderful experience of family meals.

Features of the 2 silicone spoon set:

• Does not contain toxic substances: BPA, plastics, peroxides, phthalates, or heavy metals.
• Ideal for infants and toddlers.
• Suitable dimensions for small hands.
• Develops fine motor skills and self-feeding, encouraging independence and variety.
• Enhances coordinated movement and dexterity.
• Safe for children: silicone with a soft texture, specially designed to protect the gums and teeth of babies and toddlers.
• Lightweight, durable, and long-lasting: silicone is a highly resilient material that does not break, crack, or shatter.
• Easy to clean: dishwasher safe.
• Premium quality: odorless and tasteless, durable, flexible, and recyclable.

Recommended age: 6 months+

Product dimensions: 140*34mm

Warnings:

• Food or liquid dyes may leave stains on the surface of the product!
• Do not leave your child unattended while using the product!

What is food-grade silicone?

Food-grade silicone is a non-toxic product, completely safe in contact with any food, regardless of temperature. The main component of food-grade silicone is sand, a plentiful natural resource. Food-grade silicone consists of: sand, oxygen, hydrogen, and carbon. Essentially, food-grade silicone is a soft and elastic glass. Unlike glass, however, food-grade silicone does not break and takes up much less space. Most importantly, it offers an excellent alternative to plastic products.

Benefits of food-grade silicone:

• Very durable and flexible.
• Does not decompose when exposed to high temperatures.
• Does not harden, crack, peel, dry out, or become brittle.
• Very lightweight, easing portability.
• Made from abundant natural resources.
• Absolutely non-toxic and odorless; contains no BPA, latex, lead, or phthalates.
• Recyclable.
• When burned at very high temperatures, it decomposes into its basic components.