Silicone Bowl - Red and Pink
Marcus and Marcus’ food grade Silicone Bowl is shatter proof, BPA and Phthalate free. The silicone feeding bowls are designed with a wide base and a low profile (no tipping!) and grippy handles so your little one can bring the silicone bowl anywhere with confidence. The feeding bowls are also molded from BPA and Phthalate free materials.
Shop our silicone bowl in red and pink
For ages 6 to 12M.
Features:
- BPA/Phthalate free
- Kid-friendly wide-base
- Easy grip handles
How to clean:
- Top-rack dishwasher safe
- Freezer safe
- Microwave safe
- UV sterilizer safe
- Steam sterilizer safe
- Stains can be removed by washing with hot-soapy water
Product Size:
- 138 x 40 x 138 mm, capacity: 200 ml
Material:
- Food grade silicone rubber
Withstand Temp: -20 degrees celcius to 220 degrees celsius.
- Soft, food grade silicone rubber.
- Non-Toxic & Odourless
- BPA, PVC & Phthalate- Free
- Microwave & dishwasher safe
- Able to withstand temperature between -20°C to 220°C
Standard Courier
2-3 working days
Express Courier
1-2 working days
Self-Collection
1-2 working days
Available at The Elly Store @ One Holland Village, The Elly Store @ Cluny Court and The Elly Office
We accept exchanges and returns within 30 days from the date of purchase. All return products must be in their original condition, unwashed, and with the packaging intact.
Find out more about our shipping policy here.
Find out more about our return policy here.
For hours of fun in the bath
Features you'll love
Design Philosophy
Marcus & Marcus bold, bright colours are carefully chosen to keep your child engaged and interested. Inspired by modern parents, the approach is to create ergonomic, practical & easy to use products, all without compromising trendy designs.
Material Care
Marcus & Marcus products are microwave-safe & dishwasher-safe. Products can withstand temperatures between -20°C to 220°C.
Non-Toxic
Marcus & Marcus products are non-toxic & odourless. Made from BPA, PVC & Phthalate-free, 100% non-toxic food grade silicone rubber material.