DescriptionIntroducing our perfect diaper, HUGGIES special delivery baby diapers are inspired by your perfect care for your baby. HUGGIES special delivery is our softest, plant-based diaper ever, with up to 12 hours of trusted leakage protection that helps to keep your baby's skin dry & comfortable. Made with plant-based materials including sugar cane and fluff pulp, special delivery diapers contain no harsh ingredients, are clinically proven to be hypoallergenic and are dermatologist tested. Plus like all HUGGIES diapers, special delivery diapers are paraben free, Fragrance Free, and free of elemental chlorine bleach. Featuring adorable designs for your baby, HUGGIES special delivery disposable diapers also include a wetness indicator, helping you know when it's time for a diaper change. HUGGIES special delivery infant diapers come in sizes Newborn (up to 10 lb.), 1 (up to 14 lb.), 2 (12-18 lb.), 3 (16-28 lb.), 4 (22-37 lb.), 5 (27+ lb.), 6 (35+ lb.). Join HUGGIES Rewards to earn points on every pack of HUGGIES diapers and wipes you purchase. Points are redeemable for products, gift cards, Sweepstakes and more. You'll also receive exclusive diaper coupons, offers and updates. 23% by weight
Features
Our softest diaper ever - HUGGIES best combination of premium softness and performance to help keep baby's skin healthy & comfortableOutstanding leakage protection - HUGGIES leak Lock system locks away moisture for up to 12 hours, Plus wetness indicator changes color when wetBreathable for sensitive skin - soft-to-the-touch, breathable outer layer provides maximum air flow to help keep baby's skin dryHypoallergenic and made with plant-based materials including sugar caneFragrance free, Paraben Free, lotion free and free of elemental chlorine bleach. Dermatologist tested.
Specification
Product Detail |
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Color | White |
Size | Size 6 |
Dimensions | 8x4.44x9.31 |
Weight | 0 |
Warning - California Proposition 65
This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.