The Ferrino Diable 900 Down Sleeping Bag is an exceptionally comfortable model for your nights in bivouac.
Its down filling R.D.S keeps you warm during your moments of rest while its clever distribution enhances your thermal comfort.
The technology of offset seams greatly limits heat loss. Conveniently, the One Touch opening allows you to open and close the hood from the inside.
Its recycled fabric ensures great durability and aligns with an eco-responsible approach.
Key points of the Ferrino Diable 900 Down Sleeping Bag
Recycled and GRS certified product. Ferrino contributes to reducing resource consumption while enhancing the quality of recycled products.
The objective of the Responsible Down Standard (RDS) is to assure consumers that the feathers and down used for filling come from animals that have been treated in a manner that does not cause them pain, suffering, or distress. The "RDS" control process encompasses the entire production chain and extends to: farming, collection, and processing of the feathers (selection, dust removal, intensive washing, excess water removal, drying).
Allows you to close and open the hood with one hand from the inside.
The offset seams prevent the dispersion of heat. The seams between the inner and outer layers never communicate.
Maximum Comfort: The maximum comfort temperature indicates the highest temperature at which a standard man can sleep without excessive sweating.
Comfort: The comfort temperature indicates the temperature value at which a standard woman can spend an entire night sleeping in a relaxed position.
Lower Comfort Limit: The lower comfort limit defines the minimum temperature (related to a standard adult man) at which one can sleep in a curled-up position for eight hours without waking up.
Extreme: The extreme temperature is the minimum temperature at which the sleeping bag protects the user (a standard adult woman) from hypothermia. It allows for six hours of uncomfortable sleep without the internal temperature dropping to dangerous levels.
Measurements according to the European standard EN 13537:2012 and the subsequent standard EN ISO 23537-1:2016.