SunTouch Radiant Floor Heating and EMF Safety Information
Why Choose SunTouch Radiant Floor Heating?
SunTouch radiant floor heating systems are designed with advanced dual-wire technology that helps reduce electromagnetic field exposure while delivering reliable electric floor warming performance for bathrooms, kitchens, tile floors, and residential living spaces.
Unlike many single-wire radiant heating systems, SunTouch uses a patented twisted dual-wire design that helps minimize EMF emissions while providing consistent floor heating comfort.
What is EMF?
Electromagnetic fields, commonly referred to as EMF, are produced by many everyday electrical appliances and powered devices. Electric radiant floor heating systems also generate electromagnetic fields during operation.
SunTouch radiant floor heating systems are engineered with shielding technology designed to significantly reduce EMF exposure compared to many traditional single-wire electric floor heating products.
Dual-Wire Technology Advantage
SunTouch pioneered dual-wire floor heating technology using a patented twisted heating cable design. This system actively helps reduce magnetic field emissions while maintaining efficient floor warming performance.
Independent testing has shown substantial differences between dual-wire and single-wire radiant heating systems when measuring electromagnetic field emissions.
Independent REET Testing
Radiant Electric Emission Testing, commonly referred to as REET testing, is an independent testing procedure developed to measure electromagnetic field emissions produced by electric floor heating systems.
Testing was conducted by ETL Semko, a recognized testing and certification laboratory specializing in electrical product evaluation and certification.
The REET testing procedure measures EMF emissions across multiple standardized measurement points over a heated floor installation area to provide consistent and comparable results.
How REET Testing Works
The REET testing process measures electromagnetic field levels at multiple points across a heated floor area using calibrated laboratory-grade equipment. Measurements are typically taken 1/2 inch above the floor heating system to simulate real-world floor installations.
These tests compare electric radiant heating systems under controlled conditions using standardized installation procedures and calibrated testing equipment.
The Difference is in the Heating Cable Design
SunTouch radiant heating systems use a dual-wire heating cable construction that helps cancel magnetic field emissions between parallel conductors. This active shielding approach is more effective than standard single-wire heating cable systems.
The twisted cable construction helps reduce emitted magnetic field levels while maintaining efficient floor heating performance for tile, stone, laminate, and engineered flooring applications.
Applications for SunTouch Floor Heating
- Bathroom Floor Heating
- Shower Floor Warming
- Kitchen Floor Heating
- Tile Floor Heating Systems
- Stone Floor Heating
- Basement Floor Heating
- Residential Floor Heating Projects
- Commercial Radiant Heating Applications
Installation and Product Resources
Professional installation following manufacturer instructions and TCNA guidelines is recommended for all electric radiant floor heating systems.
Proper installation helps ensure system performance, longevity, and safe operation.
Shop SunTouch Floor Heating Products
- Shop SunTouch Heating Mats
- Shop SunTouch Heating Cables
- Shop SunTouch Thermostats & Accessories
- Shop Snow Melting Systems
Helpful Installation and Product Resources
- SunTouch How-To Videos
- SunTouch Installation Guide
- How to Repair Damaged Heating Wire
- EMF and Electromagnetic Field Information
- SunTouch Warranty Information
- SunTouch Installation FAQ
Important Information
Testing information referenced on this page is based on REET testing procedures and manufacturer-provided documentation available at the time of publication. Product specifications, installation methods, and testing standards may change over time. Always refer to current manufacturer documentation and installation instructions before installation.