Purflo Breathable Cot Wrap - Hazel
The Purflo Breathable Cot Wrap in Hazel provides a soft padding to prevent babies banging into the sidewalls of a cot or getting their arms and legs caught in the sidebars.
The Cot Wrap is made using a spacer inner core, this is a 3D mesh fabric that ensures breathability, helps to maintain airflow and temperature regulation. These wraps have all the benefits of a traditional cot wrap but with the added Purflo peace of mind.
The use of 3D mesh fabric and Velcro fixings means that if your little one tried to stand on it to use as a stepping stool, the product would simply collapse and would quickly reshape when the pressure is taken away.
Original: $26.80
-70%$26.80
$8.04More Images
Purflo Breathable Cot Wrap - Hazel
The Purflo Breathable Cot Wrap in Hazel provides a soft padding to prevent babies banging into the sidewalls of a cot or getting their arms and legs caught in the sidebars.
The Cot Wrap is made using a spacer inner core, this is a 3D mesh fabric that ensures breathability, helps to maintain airflow and temperature regulation. These wraps have all the benefits of a traditional cot wrap but with the added Purflo peace of mind.
The use of 3D mesh fabric and Velcro fixings means that if your little one tried to stand on it to use as a stepping stool, the product would simply collapse and would quickly reshape when the pressure is taken away.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The Purflo Breathable Cot Wrap in Hazel provides a soft padding to prevent babies banging into the sidewalls of a cot or getting their arms and legs caught in the sidebars.
The Cot Wrap is made using a spacer inner core, this is a 3D mesh fabric that ensures breathability, helps to maintain airflow and temperature regulation. These wraps have all the benefits of a traditional cot wrap but with the added Purflo peace of mind.
The use of 3D mesh fabric and Velcro fixings means that if your little one tried to stand on it to use as a stepping stool, the product would simply collapse and would quickly reshape when the pressure is taken away.
