The Husky sleeping bag Quilted Gala New 0°C 220 x 90 cm - Gray is a sleeping bag for when you need a lot of space, comfort and excellent thermal comfort. This sleeping bag will not disappoint you. The sleeping bag is suitable for higher temperatures and milder conditions. Also very useful about this blanket model sleeping bag is that if you unzip the zipper completely you have a wonderful blanket. This sleeping bag can be taken with you on sailing expeditions, staying at a campsite or cottage.

Below are the features for the Quilted Gala New:

• High-quality 4-channel hollow fiber padding for great thermal comfort
• The sleeping bag can be completely unzipped and used as a blanket
• Longitudinal closure and zipper system right and left for easy use
• Outer and inner pocket for small items
• Drawstring around the head
• Reflective elements
• Blanket sleeping bag
• ISO-13537 certificate
• 4-channel hollow fiber filling
• Single-layer construction
• Inner material of polycotton
• 70D 190t nylon taffeta outer material
• Compression bag
• 1900 grams
• Maximum recommended person height 195 cm
• Packed dimensions 40 x 20 x 20
• Dimensions 220 x 90 cm

The high-quality materials used on both the inside and outside of the sleeping bag guarantee high resistance to bad weather, insulating properties and breathability.

Below are the temperatures of this sleeping bag from Husky:

Extreme 0°C : The lower limit, the extreme temperature at which there is a risk of damage to health due to hypothermia. This applies to a normal woman, and to normal
                       environment. This temperature represents the dangerous point that can lead to death.
Limit 10°C   : The lower limit at which the user of a sleeping bag in a squat body position is generally in thermal equilibrium and does not feel cold (refers
                        to a normal man and normal circumstances)
Comfort 14°C  : The lower limit of the comfort range at which the user of the sleeping bag in a relaxed body position, for example in the supine position, over the
                          is generally in thermal equilibrium and not cold (based on a normal woman and under normal conditions)