| Model |
Bedwetting/Training Pants |
| Production Country |
UK |
| Size (L x W x H cm) |
31.4 x 25.8 x 28.1 |
| Weight (kg) |
1.65 |
| Color |
Multicolour |
| Main Material |
Cotton |
DryNites ®
absorbent pants are designed to be unobtrusive to wear under nightwear and they are easy to pull on and off like regular underwear.
The super absorbent layer, the anti-leak edges and a moisture-resistant outer layer combined to keep skin dry and deliver superb night protection. The elastic sides ensure a snug fit, your child throughout the night dry. And with beautiful special designs chosen by children DryNites ® pants seem exactly like normal boys and girls unde
Key Features
Designed for discretion - DryNites night-time nappies are designed to look and feel like real underwear. They have a low waistband so can be easily disguised under pyjamas and quiet materials ensure there's less rustle under the sheets.
Extra absorbent - DryNites have gender-specific absorbency, tailored to your son's anatomy, plus 5 layers of protection for unbeatable dryness. This makes them even more absorbent than regular nappies or training pants.
Fun and exciting designs - Our 3-5 and 4-7 aged sizes feature Disney designs to make bedtime fun! For our 8-15 teen products, the designs are simple and aim to look like real underwear.
Soft and comfortable - Made from super soft materials, DryNites mould to your child's body, feeling as supple as underwear, but with the added protection of night nappies. Stretchy sides make them feel as supple as underwear - your son will enjoy restful nights with added night nappies protection
Pack of 27 Teen pyjama pants (age 8-15) - Our 27 Carry pack of pyjama pants are discrete and compact, ideal for teens off for a sleepover or camping with friends. Now designed to look and feel like real underwear, with age-appropriate designs
Pyjama Bed Wetting Pants Boys
What's In the Box
Huggies DryNites, Pyjama Pants for Boys - Sizes 8-15 Years (27 Pants) - Night Time Pants for Child and Teen BedWetting - Unbeatable Protection and Discrete Design
