Molfix Hypoallergenic XL Baby Diapers Size 6 (16+ kg) - BPA free, parabens free

BRAND NAME: Molfix

ABOUT THE PRODUCT: Ensure your little one experiences the ultimate in comfort and dryness with Molfix Hypoallergenic XL Baby Diapers. Designed specifically for active toddlers weighing 16kg and above, these diapers provide a secure, snug fit that supports every crawl, step, and discovery. Molfix understands the delicate nature of a baby’s skin, which is why these diapers are thoughtfully crafted without harmful additives, keeping your baby comfortable and happy throughout the day and night. With high-absorbency technology, you can enjoy peace of mind knowing your child stays dry and protected during long play sessions or restful sleep.

BENEFITS & KEY FEATURES:

• Hypoallergenic Protection: Specially formulated to be gentle on sensitive skin, these diapers significantly reduce the risk of irritation or rashes.
• BPA and Paraben Free: Crafted with a focus on safety and purity, these diapers are completely free from BPA and parabens, ensuring only the safest materials touch your baby’s skin.
• Superior Absorbency: Designed to lock away moisture instantly, keeping the surface dry for extended periods for maximum comfort.
• Comfort Fit: The XL sizing (16+ kg) features an ergonomic design that moves with your child, preventing leaks while maintaining freedom of movement.

HOW TO USE SAFELY:

• Directions: Place the diaper under your baby while they are lying on their back. Pull the front panel up between the legs and secure the adhesive tabs symmetrically on the waistband, ensuring a snug but comfortable fit that is not too tight around the tummy or thighs.
• Important Tips: For optimal hygiene, change the diaper as soon as it becomes soiled. Always clean the area thoroughly with baby wipes or water and mild soap before applying a fresh diaper. Store in a cool, dry place to maintain the integrity of the absorbent materials.

SAFETY NOTE: For external use only. Keep the packaging out of reach of children to prevent suffocation hazards.