Copper Pearl Woodland Bandana Bibs

Finally, Baby bibs that are trendy, fashion forward, and functional. Your baby will have the cutest fashion accessory around, and you will keep his/her clothes clean and dry from drooling. Copper Pearl’s bandana bibs a.k.a. bibdanas, are made of 100% cotton knit on the front and 100% soft, absorbent polyester fleece on the back. Copper Pearl bibs will keep your baby dry even with lots of drool and dribble. They're great for drooling and teething babies. Designs are trendy and chic so your baby's style is sure to be noticed... You'll no longer have to worry about boring and ugly bibs covering up your child's cute outfit. 2 adjustable snaps make this great for infants and toddlers (age: 3-36 months).

Features:

• ABSORBENT COTTON DROOL BIB - These stylish drool bibs are made of 100% absorbent cotton on the front and 100% polyester fleece on the back. The front of the baby bib is a stylish knit fabric and the back is a super soft fleece that keeps your baby completely dry even with the drooliest of babies. Great for teething babies!
• ADJUSTABLE NICKEL-FREE SNAPS - Each baby bandana bib comes with 2 nickel-free snaps that allow each bib to be adjustable in size to fit newborns and toddlers, with ages ranging from 3-36 months. The snaps are secure, making it difficult for infants and toddlers to unfasten but are easy for parents to snap on and off.
• TRENDY AND STYLISH BABY FASHION ACCESSORY - Copper Pearl bandana bibs feature our own custom and unique designs that are trendy and fashion-forward. They’re versatile and are the perfect finishing touch for any outfit.
• UNIQUE BABY GIFT SET - Copper Pearl’s 4-pack of baby bibs makes the best gift for new parents, new grandparents, baby showers, Christmas or birthday present or for any excuse to make a baby look amazing.

Care Instructions: Machine wash in cold water. For best results, lay flat to dry. You may also tumble dry in low heat. In order to maintain a wrinkle-free bib after washing, it is recommended to iron the bib on medium heat.