FIRX - Far infrared.
MatX Smart Materials has developed a Far Infrared (FIR) technology that is biocide-free and can be incorporated into polymers and liquids using only natural ingredients. This versatile technology can be applied to a wide range of polymers and production techniques, offering several benefits such as improving blood circulation, enhancing physical recovery, boosting body performance, and preventing or reducing signs of aging.
The technology works by generating an interaction between an object and human skin. When the object comes in contact with the skin, body heat is converted into far infrared radiation, which has been scientifically proven to provide physical benefits. MatX has conducted numerous material tests to maximize the technology’s potential.
The FIR technology can also be combined with other technologies, such as anti-microbial, making it ideal for producing medical devices and tools. The anti-microbial technology ensures that bacteria coming into contact with the object have a reduced chance of survival, making it suitable for products like braces and soles.
MatX can provide the material with the applied technology for different production methods, including injection molding, extrusion, and FDM 3D printing.
In addition to improving blood circulation, the FIR technology stimulates collagen production in the skin, helping to prevent and reduce wrinkles. Collagen, a protein found in connective tissue, bones, blood vessels, and skin, gives structure and firmness to the skin. FIR technology stimulates collagen production from within the skin, contributing to its firmness and suppleness.
Benefits.
And applications.
The picture above shows the oxigen pressure level before and after the use of our FIR technology.
- Increase energy
- Increase endurance
- Enhances speed
- Increases stamina
- Increases thermal energy
- Increases strength
- Recover faster
- Increases comfort
- Suppports heat generation
- Promotess restful sleep
Why FIRX - Far infrared.
A small list of independent tests that have been conducted successfully.
Tests
- Leeching test
- Irritation test
- Cytotoxicity test
- Sensitization test
- Infrared emission power test
- Blood oxygen test
Are you interested in working with one or more of our unique techniques? Don’t hesitate to contact us and discuss the endless possibilities!
FirX technology is a proprietary blend of naturally occurring minerals and elements, embedded into polymers. It transforms the body’s heat into infrared energy, offering various wellness benefits, including improved performance, faster recovery, and better sleep.
FirX captures and converts body heat, reflecting it back as full-spectrum infrared energy. This process promotes local circulation and cell oxygenation, helping to regulate body temperature and enhance overall wellness.
FirX consists of natural, bioceramic minerals that emit infrared light. These minerals are ground and milled into a fine powder to create the FirX formula, which is then processed into a masterbatch based on a polymer of your choice. This makes the benefits sustainable and lasting throughout the life of the product.
FirX technology increases local circulation, improves cellular oxygenation, and promotes faster cell recovery. These benefits contribute to more energy, strength, endurance, comfort, and quicker recovery, as well as better sleep. Moreover, FirX is non-invasive, with no reported cases of allergic reactions since its products became available.
No, FirX-powered products do not require any special care. The technology is embedded into the core of the product, ensuring that it does not wash or wear out over time.
Yes, FirX technology has been tested and proven in several peer-reviewed published pre-clinical, clinical, technical, and physical papers, demonstrating its effectiveness in various wellness aspects.
FirX helps to regulate body temperature by transforming body heat into infrared energy and reflecting it back into the body, acting as a thermal regulator. This process helps to increase or decrease body temperature as needed to reach homeostasis.