Name: Farm Bundle of 3 SEN Waterproof Dribble Bibs
SKU: 199677

Keep your baby clean and stylish with our Farm Bundle of 3 Bibs! These gender-neutral bibs feature a gorgeous farmyard design and are designed to last all day. The teething bib helps with dribble rash, while the waterproof back and absorbent front and core keep messes at bay. The perfect baby shower gift!

Includes one each of Farm, Beige and Grey, in size 2-6 years.

Bibbilyboo waterproof teething bibs offer a multi award winning solution to keep your baby dry when dribbling!

Designed to last the day thanks to our waterproof backing to protect clothes, a thirsty bamboo core and cotton top layer; to soak in a day of dribble and a shaped neckline to prevent dribble rash and chin irritation.

With easy-to-use size adjustable fastening studs, they will fit from approximately 3 months if baby shows signs of early teething, through to when baby cuts their molars. This helps to protect the environment by reducing your laundry bill and water usage, saves on waste, as well as preventing skin irritations caused by dribble.

Unlike other brands who describe their bibs as 'dribble-proof', we promise greater guaranteed protection, because we are truly 'waterproof' not just thick!

Product Features

Waterproof & breathable fabric backing, unlike any other
Highly absorbent jersey cotton top layer bamboo core - limit frequent changes naturally antibacterial bamboo
Dribble rash prevention - our shape creates a gap between chest & chin to prevent skin contact and chin irritation
Collar catches dribble
Composition – 33% Cotton jersey interlock, 33% Bamboo, 32% Polyester PU
Size adjustable nickel free studs - to fit from approx. 3 months - 2/3 years.
To be worn on the fastening that fits most closely around the neck with space for one finger in order to prevent dribble getting through to clothes at the collar.

Please do not wear bibs when feeding, our bibs are for dribble only and we don't advise their use during bottle feeds or mealtimes to prevent stains and food particles becoming trapped in the layers.