Product details
Material Thermolite®
Type of filling No
Waterproof No
Technologies HeiQ Fresh, THERMOLITE®EcoMade, THERMOLITE®Pro
Dimensions and weight
Length 216 cm
Width 80 cm
Weight 383 g
Warnings and producer's data
Producer Sea to Summit | 5-7 Eyre Street, Rivervale, Western Australia 6103 | [email protected] | LARIX JANUSZ PIEŁA S.K.A. ul. Orzeszkowej 40 , 43-300 Bielsko-Biała Polska [email protected]
Other data
Sport Tourism
Brand Sea to Summit
Leading colour Orange
Season Year-round
Model/product code Reactor Extreme Sleeping Bag Liner Mummy ASL031071/SO/S
Gender Male, Woman
Country of origin of the brand Australia
Code 2000092312
Advantages
Light
The materials used are characterised by their extreme lightness. As a result, it does not represent an additional burden in the sleeping bag or also in the luggage during transport. At the same time, it retains all its properties and comfort.
Thermal comfort
The use of an insert together with the sleeping bag allows you to increase thermal comfort on cold days at the campsite, protecting your body from hypothermia. This has a positive effect on the quality of sleep and improves the comfort of the sleeping bag.
Compact
The insert can be freely folded down to a very compact and conveniently transportable size. This will allow you to take it with you anywhere, as it does not take up much space, even in a small rucksack or bag.
HeiQ Fresh
HeiQ Fresh technology is a group, based on mineral or bio-based materials, of silver-free textile technologies that control odours. It ensures the natural freshness of the fabric.
THERMOLITE®EcoMade
THERMOLITE®EcoMade is a technology using 100% recycled fibres derived from textile waste. They are GRS certified and provide the same quality and lightweight, durable warmth as their virgin polymer counterparts, but with a smaller carbon footprint.
THERMOLITE®Pro
THERMOLITE® Pro technology is based on the use of specially constructed hollow fibres similar to standard THERMOLITE®, but enriched with durable ceramic pigments. These pigments absorb the body's infrared rays and reflect them back to the wearer, thereby increasing the thermal efficiency of the material.
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