Do users prefer wearing footwear made with 37.5 Technology?
Yes, wear testing has confirmed users prefer wearing footwear made with 37.5 Technology.
FAQ Category: FAQs
All FAQs
What is the main benefit of 37.5 Technology in footwear and accessories?
37.5 Technology speeds evaporation and removes humidity next to your skin, helping to balance your temperature and keeping you in your ideal comfort zone longer.
Do users prefer wearing apparel made with 37.5 Technology?
Yes, wear testing has confirmed users prefer wearing the temperature regulating clothing made with 37.5 Technology.
How does 37.5 Technology help to thermoregulate?
37.5 Technology works with your body to manage humidity, which provides dynamic thermoregulation to help cool when you’re hot and keep you warm when you’re cold.
Do products made with 37.5 Technology retain odors?
37.5 Technology traps odors and releases them when laundered or cleaned. Users have found fabrics made with 37.5 Technology stay fresher, longer.
Does 37.5 Technology wash out?
No. 37.5 active particles are permanently embedded at the fiber level, work for the life of the product, and will not wash out during laundering.
Is 37.5 Technology a chemical finish?
No. 37.5 Technology is made from naturally occurring volcanic minerals. It is not a chemical finish and does not contain harmful chemicals.
What is the main benefit of 37.5 Technology in home goods products?
37.5 Technology speeds evaporation and removes humidity next to your skin, helping to balance your temperature and keeping you in your ideal comfort zone longer.
What is the main benefit of 37.5 Technology in apparel products?
37.5 Technology speeds evaporation and removes humidity next to your skin, helping to balance your temperature, control moisture and keep you in your ideal comfort zone longer.
How do you know it works?
The temperature-regulation benefits of 37.5 Technology have been proven in multiple studies to increase performance and keep you in your ideal comfort zone longer.¹ ¹ “Beneficial effects of cooling during constant power non-steady state cycling”; Homestead, E.P., Ryan, B.J., Goodrich, J.A., Byrnes, W. C.; International Journal of Sports Medicine 2017; 38: 141-149.
