INFRARED SPORTSWEAR, POWERED BY PROGRESS.

Excel Performance
Enhance Recovery
Prevent Injuries


KYMIRA’s® products were born in a research lab and continue to undergo scientific scrutiny and testing to this day. 


What is KYnergy® Infrared Technology


Our KYnergy® Infrared embedded fabrics feature specially designed fibres which contain carefully selected natural minerals. These minerals are selected for their ability to absorb otherwise wasted energy from the wearer and surrounding light. The energy is then converted it into a targeted region of the infrared light spectrum, which causes an array of positive biological changes. We target a specific area of infrared because of the very specific effects it has to aid, support and enhance human performance and recovery. Unlike other infrared technologies on the market, our technology is locked into the fibres and can never escape until the materials are recycled, the technology is built to last the lifecycle of the garment. This means that our technology will never lose its effectiveness and will never fail you.

How KYnergy® Infrared Technology Works


Our KYnergy® Infrared technology absorbs the natural shorter wavelength, higher energy radiation that is given off by our own bodies and elements such as visible light in our natural surroundings, and the minerals in our fibres convert it into infrared light which is then emitted back into our bodies.For those that would like some atomic physics 101, this conversion occurs as the incoming photon causes excitation of the minerals at an atomic level. This is a less stable state for the atom, so it discharges the energy in the form of infrared light, within our targeted emission spectrum. This infrared will penetrate 4cm into your muscles and cause a peripheral effect of 2 – 3cm beyond that of the worn KYMIRA® product.

What Effects Does KYnergy® Infrared Technology Have on the Wearer


Nitric Oxide Production

When the body is exposed to infrared light it activates Endothelial Nitric Oxide Synthase, which is an enzyme found in our blood vessels. This converts L-Argenine into Nitric Oxide at a vastly accelerated rate in the areas of the body that our products cover. Nitric Oxide is a key component to many performance and recovery enhancing benefits, that are expanded on below. Compared to taking supplementation, KYMIRA’s® solutions will not cause systematic effects, and are more potent in areas of the body exposed to our KYnergy® fabric.

Increased Circulation

One of the primary effects of nitric oxide, is with it being a vasodilator. This means it causes our blood vessels to expand, allowing more blood to pass through them. This has numerous benefits from increasing the volume of oxygen and nutrient rich blood to our muscle cells, to accelerating the rate at which waste products are transported away from them and reducing swelling during inflammatory responses. Significantly increased circulation can be seen within 30 seconds of putting a KYMIRA® Sport product on. However, once the garments are removed, you will return to your baseline circulation, within 3 – 5 minutes. This biological excitement of red blood cells can be watched in our live video, presented by our Founder Tim Brownstone above, and we can demonstrate this to you personally in real time during meetings and at all exhibitions at which we exhibit.  

Increased Respiration Efficiency

The University of Calgary found that when wearing our infrared technology whilst exercising, athletes consumed less oxygen to achieve the same work output, measured in watts, indicating the cells are working more efficiently.

Increased Tissue Oxygen Levels

In randomized double blind, repeated measures studies, KYMIRA® products increased tissue oxygen levels by 20% on average vs a host of control garments that used standard fabrics and/or compression. This increase was a building increase that both peaked and maintained after 70 minutes of wearing the KYMIRA® products.

Pain Relief

There are a variety of pain relief responses that an athlete will experience when using our products. The first is an activation of the same chemical pathways that an opiate would activate (albeit less potently), when Nitric Oxide activates another chemical called Cyclic Guanosine Monophosphate (or cGMP for short). This process inhibits pain receptors and reduces pain while you are wearing KYMIRA products. Once removed however, this pain inhibition will wear off as your body stops producing Nitric Oxide at such an accelerated rate. There are however, longer pain relief effects that are seen in athletes of all abilities when it comes to delayed onset muscle soreness (DOMS). Once our products are removed, DOMS does not return. Based on anecdotal evidence, which we are currently clinically testing, this is believed to be because exercising in KYMIRA® Sport products reduces the physiological causes of the DOMS itself.

Energy Production

The chemical unit of energy that powers our cells is Adenosine Triphosphate (ATP). When you wear KYMIRA® Sport products, the infrared activates a molecule called Cytochrome C-Oxidase. This is a transmembrane protein in our mitochondria, which mediates the production of ATP. Mitochondria are the powerplants of our cells, where ATP is produced, and Cytochrome C-Oxidase is one of the gateways that allow workers through the power plant. By opening the gateway, ATP is production is increased and your cells have more fuel to carry out their functions.

Muscle Relaxation

Nitric Oxide has also been well documented to cause skeletal muscle tissue relaxation that enhance joint motion and muscle elasticity. This has wide reaching benefits from aiding recovery to reducing injury occurrence during training and competition. Elite athletes using KYMIRA® products for training and recovery, have reported an 80% reduction in injuries over a measured period, when compared to previously wearing standard clothing training kit.  

Thermoregulation

KYMIRA® Sport products help to regulate temperature in a different way to standard clothing. This is due to some of the biological effects already described and some of the physical effects of the fabrics themselves. In colder climates, our fabrics warm up quicker, and then store the thermal energy 63% longer than an equivalent weight fabric would. In hotter climates however, they dry 65% quicker on average, dissipating excess heat through evaporation. Tying these two effects together is the increase in circulation which allows your body to more efficiently transport heat around KYnergy® exposed areas, resulting in a regulating effect rather than just heating or cooling. Our customers wear KYMIRA® base layers in all-weather environments and the products have been used to great effect to regulate in temperatures ranging from -35 to +48 degrees.

SPF and Antimicrobial

Our technology contains the mineral Quarts Dioxide. This is not included for infrared purposes, but rather its ability to absorb shorter wavelengths of UV light which is harmful to us. Once absorbed, it converts UV into a longer wavelength which is then more harmful to microbes. This dual effect gives our products a minimum rating of SPF 35 and an antimicrobial effect.

KYMIRA® Products are Medical Grade Certified


KYMIRA® products are safe to use, CE approved and medically certified.

The FDA has determined that KYMIRA® products containing Celliant® are medical devices as defined in section 201(h) of the Federal Food, Drug and Cosmetic Act and are general wellness products. In the United States, the FDA has determined that Celliant® products are medical devices and are general wellness products. In Canada, the United Kingdom, the European Union, Australia, New Zealand and Japan, Celliant® is designated as a Class 1 Medical Device.

KYMIRA® Sport maintains the highest infrared content in sportswear available in the marketplace.

Clinical Studies


KYMIRA® Specific Clinical Studies

Peer Reviewed Clinical Trials

Effect of Shirts with 42% Celliant® Fiber on tcPO2 Levels and Grip Strength in Healthy Subjects: A Placebo-Controlled Clinical Trial, Dr. Ian Gordon, Dr. Mark Vangel and Dr. Michael R Hamblin, Journal of Textile Science and Engineering, 2019.

Randomized Controlled Trial Comparing the Effects of Far-Infrared Emitting Ceramic Fabric Shirts and Control Polyester Shirts on Transcutaneous PO2, Dr. Ian Gordon, James Wason, Dr. Lawrence Lavery, Dr. Michael R Hamblin and MS Thein, Journal of Textile Science and Engineering, 2014.

Apparel with Far Infrared Radiation for Decreasing an Athlete’s Oxygen Consumption During Submaximal Exercise, Dr. Jay Worobets, Dr. Darren Stefanyshyn and Emma Skolnik, Research Journal of Textile and Apparel, 2011.

Effect of Optically Modified Polyethylene Terephthalate Fiber Socks on Chronic Foot Pain, Dr. Ian Gordon and Dr. Robyn York, BioMed Central Complementary & Alternative Medicine, 2009.

Technical & Physical Peer Reviewed Trials

Infrared Radiative Properties and Thermal Modeling of Ceramic-Embedded Textile Fabrics, Dr. David Anderson, John Fessler, Matthew Pooley, Scott Seidel, Dr. Michael R Hamblin, Haskell Beckham and Dr. James F Brennan, Biomedical Optics Express, 2017.

Engineered Emissivity of Textile Fabrics by the Inclusion of Ceramic Particles, Dr. David M. Anderson, Matthew Pooley, Haskell W. Beckham and Dr. James F Brennan, Optics Express, 2016.

Far Infrared Radiation (FIR): Its Biological Effects and Medical Applications, Dr. Michael R Hamblin and Dr. Fatma Vatansever, Photonics and Lasers in Medicine, 2012.

Independent Research

Effect of Celliant® Materials on Pain and Strength in Subjects with Chronic Elbow and Wrist Pain, Dr. Ian Gordon and Dr. Michael R Hamblin, 2012.

The Test Report on the Impacts of Subject Socks with the Application of Celliant® Technical Fibers on Transcutaneous Oxygen Pressure on a Man’s Foot, Dr. Li Shaojing, Wu Chuanhong, Gao Jian, Zhu Li and Wen Liwei, 2012.

Transcutaneous Partial Pressure of Oxygen (tcPO2) as a Primary Endpoint to Assess the Efficacy of Celliant® as a Vasoactive Material, Dr. Ian Gordon and Dr. Michael Coyle, 2012.

Double Blind, Placebo Controlled, Crossover Trial on the Effect of Optically Modified Polyethylene Terephthalate Fiber Mattress Covers on Sleep Disturbances in Patients with Chronic Back Pain, Dr. Marcel Hungs and Dr. Annabel Wang, 2010.

Holofiber Study of Thirteen (13) Healthy Subjects for Tissue Oxygenation, Dr. Graham McClue, 2005.

Improving Blood Flow with Holofiber in the Hands and Feet of High-Risk Diabetics, Dr. Lawrence Lavery, 2003.

 

Full clinical texts are available on request.

Supporting Clinical Studies

Peer Reviewed Clinical Trials

Recovery After High-Intensity Intermittent Exercise inElite Soccer Players Using VEINOPLUS SportTechnology for Blood-Flow Stimulation, Francois Bieuzen, Herve Pournot, Remy Roulland, Christophe Hausswirth, Journal of Athletic Training, 2012.

Long distance triathlon: demands, preparation and performance, Paul B. LAURSEN, Journal of Human Sport & Exercise, 2011.

Infrared therapy for chronic low back pain: A randomized, controlled trial, George D Gale, Peter J Rothbart, Ye Li2, Pain Research & Management, 2006.

Promotive Effects of Far-Infrared Ray on Full-Thickness Skin Wound Healing in Rats, Hideyoshi Toyokawa, Yoichi Matsui, Junya Uhara, Hideto Tsuchiya, Shigeru Teshima, Hideki Nakanishi, A-Hon Kwon, Yoshihiko Azuma, Tetsuo Nagaoka, Takafumi Ogawa, Yasuo Kamiyama, Experimental Biology and Medicine, 2003.

Effect of linear polarised near-infrared light irradiation on flexibility of shoulder and ankle joints, Demura, Yamajf, Ikemoto, Journal of Sports Medicine & Physical Fitness, 2002.

Effect of Light-emitting Diode Irradiation on Wound Healing, Harry T. Whelan, Robert L. Smits, Ellen V. Buchman, Noel T. Whelan, Scott G. Turner, Journal of Clinical Laser Medicine and Surgery, The NASA light-emitting diode medical program-progress in space flight and terrestrial applications, 2001.

Nitric Oxide Stimulates Elastin Expression in Chick Aortic Smooth Muscle Cells, Sugitani, Wachi, Tajima, Seyama, Journal of Health Science, 2001.

Nitric Oxide: A Novel Mediator of Inflammation, Clancy, Abramson, Proceedings of the Society for Experimental Biology and Medicine, 1995.

Effect of Changes in Inspired Oxygen Tension on Wound Metabolism, TIMO VIHERSAARI, JAAKKO KIVISAARI, JUHA NIINIKOSKI, U.S.Army European Research Office, 1974.