Our current research highlights

Sun protection for the whole (working) day

By combining various materials, a high level of UV protection can be achieved for new types of workwear, while at the same time ensuring good wear comfort and considerable mechanical strength.

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`Charlie´ The “skin temperatures” of the human thermo-regulation model `Charlie’ can be regulated in 16 sections, allowing the measurement of the respective flows of heat. This makes possible varied assessments of thermal insulation in addition to the physiological function of a single garment, a sleeping bed or beddings.
Comfortable, even when the heat is on

Protective clothing for hot working environments should protect the wearer against damage to their health. By improving the thermophysiological properties and taking into consideration the underwear, wear comfort should also be improved in future.

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The Hohenstein Institute carries out testing, certification and research in the field of textiles - all under one roof. About 4,500 customers all around the world benefit from the expertise of the more than 450 employees who are either based at the headquarters in Bönnigheim (Germany), or in a global network of branch offices in more than 20 different countries. Thanks to our expert local teams, we can offer you our wide-ranging portfolio of services to vary from textile testing to contract research in all the main textile producing and purchasing regions of the world.
Don't give micro-organisms a chance

Innovative workwear made from regenerated cellulose fibres combines various properties such as antimicrobial effect, high mechanical strength, a long service life, ease of care and good physiological functionality. As colour changes after washing and other external influences are excluded, it is also suitable for leasing.

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The skin model can be used to simulate the production of heat and perspiration by human skin, in order to calculate various physiological criteria for a sample material. At present, the Hohenstein Institute is equipped with seven skin models in its own laboratories, while 20 additional devices made at the Hohenstein Institute are in service world-wide.
New knitted fabric for sport and leisure wear

Because of the innovative construction of the hybrid yarn HP2G, knitwear made using it has particularly good thermal insulation properties while it also transports sweat away efficiently and dries quickly. This newly developed textile is also less prone to pilling. Fashion knitwear made from HP2G does not suffer from felting and looks as good as new even after being worn for a long time.

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Cellulose fibres make for multi-talented textiles

Fleece material based on innovative regenerated cellulose fibres offers good thermal insulation properties and is extremely absorbent. This makes it of interest not only for use in protective clothing but also in the medical, cosmetics and cleaning industries.

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Textile life-savers

A new and portable textile harness enables patients at risk of heart attack to be constantly monitored and treated. Thanks to its optimised fit, and the integral defibrillator system which can be triggered in emergencies, the harness is suitable for everyday use and can be worn next to the body all day long with no problem.

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So you don't catch cold!

A special insulating fleece reduces the weight of cold protection suits by 25% without affecting their thermal insulation properties. The high breathability of the new clothing makes it much more comfortable and means that the wearer sweats less than in any rival product.

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