GlideWear for Manufacturing & Product Development
An Ultra Low Friction Solution for Your Medical & Sports Products
GlideWear is an ultra-low-friction fabric, widely used in sports and medical applications, that protects skin from injuries and pain caused by friction, shear, chafing, and rubbing.
How Does GlideWear Work?
GlideWear is a dual-layer fabric that glides smoothly against itself, absorbing friction and shear and protecting skin. Shear happens when the top layer of skin is pulled one way and lower layers are pulled the opposite direction. Friction happens when the skin meets resistance as it moves across a surface.
When integrated in strategic locations within medical and sports products, GlideWear technology reduces harmful friction and shear forces, protecting the user from painful rubbing, chafing, blisters, wounds, and sores. GlideWear keeps stability and control where it is needed, while eliminating pain-causing friction in strategic areas.
GlideWear for Sports
Edge out the competition with GlideWear’s ultra-low-friction technology
Don’t let friction-related injuries keep your customers on the sidelines. Even with the best products, serious athletes can experience rubbing, chafing, and even open sores – which make it painful for them to stay active. Repetitive friction sets athletes skin up for injuries, and moisture, perspiration, and heat make it worse. Now your company can offer a lasting solution to your customers.
“My GlideWear bike seat cover has eliminated the discomfort and made biking enjoyable again.” — Paul Settle, Recreational Biker
A Lasting Solution for Your Customers
Adding GlideWear to a targeted area can reduce friction, make your product even better, and prevent issues like:
- Saddle Sores
- Nipple chafing & fissure
“GlideWear reduces the pain associated with advanced knee braces, thereby elevating the athlete’s performance and extending workout duration.” — Ed Koullick, PhD, Sporting Goods Researcher
GlideWear for Medical Applications
Protect At-Risk Skin from Blisters, Ulcers, Sores, & Pressure Injuries. Preserve Dressings & Biologics.
Adding GlideWear to your product will reduce friction and shear, which can cause pressure ulcers, discomfort from braces, foot ulcers, blisters and other friction- and shear-related injuries. It can also keep dressings and biologics in place, increasing their efficacy.
“A low friction patch in the total contact cast [for diabetic foot ulcers] is a logical next step to improve this gold standard approach. The patch can also be incorporated into an offloading walker boot to avoid wound recurrence.” — Dr. Troy Boffeli, DPM, HealthPartners
GlideWear is ideal for addressing:
- Sores or redness from prostheses and orthoses
- Rubbing from medical braces
- Blisters and pain on sensitive skin due to burns, epidermolysis bullosa, or other skin conditions
- Pressure ulcers and injuries
- Diabetic foot ulcers (total contact case and offloading walker boot)
- Post-mastectomy rubbing or chafing
- Dressings that migrate and won’t stay in place
“GlideWear socks reduce friction and shear so well, that our staff call them Magic Socks.”
Julie A. Thurn-Favilla, RN, Corporate Director of SNF Clinical Practice, Augustana Care
Ready to Evaluate Advanced Friction Reduction Technology for Your Products?
Contact us to schedule a call with our Advanced Friction Reduction Team:
Prototyping Made Easy
Tamarack Habilitation Technologies, Inc., the manufacturer of GlideWear, offers support with prototyping as you determine the best use of GlideWear in your products. If you have an idea, let us know and we’ll work with you to make it a reality.
GlideWear is a patented, ultra low friction textile manufactured in the USA by Tamarack Habilitation Technologies, a medical technology innovator based in Minnesota.
GlideWear Ultra Low Friction Fabric:
- Easy to integrate into existing products
- Clinically effective skin protection technology
- FDA Class I Medical Device
- Patented, friction-reducing technology
- Cool, comfortable, and machine washable
- Reduces friction and shear without sacrificing stability
- A very low coefficient of friction (µ=0.2)
- Widely used in medical, apparel, and sports applications
- Significant reduction in pain caused by repeat friction
- Feels wonderful to the touch