Organic cotton whose production is coordinated to take into account the reduction of the environmental impact and the preservation of the health of the Farmers.
Consideration of environmental compliance through the use of optimized drying methods and the continuous search for the reduction of water consumption.
Respect ensures social standards and working conditions throughout the production chain.
A product in Cotton Bio-color® is the sweetness and well-being of a naturally better product!
ESTEX is a contributor to the ECO-EMBALLAGE organization to provide for the disposal of household packaging waste and affix, as proof of their commitment. This logo indicates that the consumer is asked to discard the product as part of a separate collection (eg waste bin, waste collection center, voluntary supply point)
The cartons used for socks are recyclable.
RYWAN is contributor of the ECO-EMBALLAGE organization to provide for household packaging waste disposal, and adds as proof of their commitment the “Green point” on the products packagings available on the market. Cardboards used for the socks are recyclable.
OEKO-TEX® Standard 100 Certification
The Oeko-Tex® Standard 100 is a single, worldwide independent test and certification system for textile raw materials, intermediate and end products at all stages of production. Testing for harmful substances includes illegal and legally regulated substances, known harmful chemicals as well as parameters for health care. “It’s the comprehensive approach of OEKO-TEX® Standard 100 that particularly impressed us. Not only does it encompass environmental themes, but it also includes quality insurance as well as safety issues, working conditions and social tolerance. This comforted our decision to become certified.”
A selection of 3 thickness levels according to your needs : softness, sensation, etc…
Right/Left Foot : A sole knitted for right or left foot, identified by the letter D (R) or G (L)
Comfort and prevention
This is a true double, bi-material sock, alliance of 2 technologies, Climasocks and Bi-socks, which prevents and stops the development of blisters due to the fact that friction is happening between the two socks, and not between the skin and the sock. Advanced sewing realized in ultra-flat, interlaced knit.
The strong point of the BI-CLIMASOCKS system
is the use of different fibers between the 2 socks, bringing an adapted response in terms of breathability, protection, moisture evacuation, heat, softness and perfect holding. Some models include a thin loop stitch reinforcement positioned between the two socks, from the top of the toes up to the Achilles heel, bringing even more protection and comfort to users.
Bi-material double sock
• Protects and prevents the development of blisters, due to the fact that the
friction is happening between the 2 socks and not on the foot itself.
• Brings hyper ventilation thanks to the micro perforations on top and under the foot, which allow superior
air flow up to 251% compared to a classic sock
: for each step the pressure made on the sole wicks out the moist air, and then ventilates dry air.
Almost 30 years of experience in service of the foot enabled Rywan to develop patents, concepts and unique skills. In each of our product ranges, you will find the best of our technologies adapted to the precise needs of all users. Let’s take an overview of our knowledge.
BREATHING CLIMASOCKS® TECHNOLOGY
A revolution in the art of sock knitting.
Patents N° FR 0553148 et FR 0552375
Micro-perforations positioned under, and on top of the foot, combined to a breathing and antiperspirant fiber, create an air depression. For each step you take, the foot is instantly hyperventilated and condensation is wicked away, keeping the foot perfectly dry.
Tests proved a rise in air flow, up to 570% for Climasocks models compared to classic socks knitted without Climasocks technology.
By an independent, ISO-certified laboratory which, according to Test standard UNI ISO 9237, expresses the air flow from within the sock towards the outside, by creating a 100Hpa depression during 60 seconds on a 20cm² area.
Results are expressed in mm/s (humidity conditions 65% - temperature 20°C)