• Skip to primary navigation
  • Skip to main content
Yoga Panels

Yoga Panels

Far Infrared Yoga Panels for Hot Yoga Studios

  • Home
  • Hot Yoga Studios
  • Home Yoga Studios
  • Portfolio
  • Why Infrared Yoga
    • Infrared Health Benefits
    • Types of Heaters
    • What is EMRF?
    • Why Infrared Yoga
    • Infrared Heat for Any Yoga Style
    • FAQ’s
  • Contact Us
    • Get a Quote
    • About Us
    • Contact Us

Eco Carbon Fiber Yoga Panels VS Aluminum

Eco Carbon Fibre VS Aluminum Heating Panels

YogaPanelCompetitors

The Eco Carbon Fiber © Infrared Yoga Panels

Yoga panels inc. wood framed The Eco Carbon Fiber © infrared Yoga Panels are the highest quality infrared emitters available in the market today. Our patented The Eco Carbon Fiber © Yoga Panels were designed to be used as a direct heating source for the human body. We have spent the last 10 years designing and developing the perfect infrared emitter that would offer the highest amount of health benefits as possible.  The Eco Carbon Fiber © yoga panel is the gold standard in hot infrared yoga.

PANELPRODUCT

CheckMark  98 -99% efficiency, This means that almost 100% of the infrared emitted by the heater is in the optimal range of between 6-13 microns with the majority at 9.4.

CheckMark Low emf, the The Eco Carbon Fibre © Yoga Panels have a EMF of between 0-5 mg at 1” from the heater

CheckMark VOC free, there are no harmful materials used in the construction of the panels. The frames are all made from local clear hardwood species and the heater core is a heat pressed carbon fibre weave

CheckMark Energy efficiency, due to the patented heater core the eco carbon emitters run more efficiently and use less energy

CheckMark Reliability, the average life span of our eco carbon emitter is over 80,000 hours

CheckMark Full effectiveness of infrared wavelength up to 10’

 

OtherCompetitors

Aluminum (Tin) Cased Radiant Heating Panels

 

This is the most common design for radiant heating panels. These are referred to as “cassette” style heaters because the outer aluminum or “tin” shell is a thin metal encasement that houses a coil element. The actual heater is a tungsten wire coil element glued to a thin layer of tin foil. Behind the foil is a layer of fiberglass insulation that holds the free-floating wire coil and foil layer against the inside of the tin case. The fiberglass stuffing is a crude method to create space between the red hot heating coil and the back of the panel case. Since the coil element radiates in both directions, the fiberglass insulation is used to block half of the heat from being released through the back of the panel. Cassette style radiant panels are purposely designed with the cheapest viable materials to reduce manufacturing costs but still pass certification testing to qualify for resale on consumer markets. Most radiant heating panel manufacturers distribute their products for sale through resellers. Markup by resellers in the radiant heating industry is high and most retail pricing is not aligned with the value. The use of low quality infrared emitters has been very common for heating industrial warehouses, garages and offices. Aluminum radiant panels are actually radiant ceiling panels that were intended to be used in a commercial office application. They have been re purposed and sold as “infrared” or “far infrared” heating panels for yoga studios. The actual output of these panels is broad spectrum heat with very low levels of far infrared being emitted, in some cases its less than 10% far infrared. The original design of these panels is not to heat the human body at the correct wavelength and temperature but to create a heated office and warehouse space.

AluminumPanel2

 

XMark  50-60% of the infrared emitted by all of the major suppliers is in the correct wavelength.

XMark  high emf, aluminum panels have been tested and found to emit ratings of 100+ mg 1” from the heater

XMark  Aluminum panels are painted and also contain fiberglass insulation inside the panel both of which can contain harmful VOC’s when heated

XMark  The average life span of an aluminum panel is 10,000 hrs

XMark  Due to the heating core being larger the panels require more amps at start up and use more energy to run.

XMark  Aluminum panels also come with either a glass or ceramic face which prohibits the effective range of the wavelength to less than 10’

 

WHAT IS EMFR?

Discover what EMFR is and how it effecting your body.

Learn more about EMFR

INFRARED BENEFITS

Discover the natural healing power of infrared.

Learn about the perks

Quick Menu

  • + Home
  • + Our Services
  • + Portfolio
  • + Infrared Heat for Any Yoga Style
  • + Infrared Benefits
  • + Contact Us
  • + Get a Quote
  • + About Us

Connect with us

  • Instagram

Contact Info

Phone: 1-250-634-8336
Email: info@yogapanels.com

Copyright Yoga Panels© 2025    |    Privacy Policy