Far infrared radiation special ceramic far infrared element
Various products with high snow melting capabilities have been developed using far-infrared elements! 【Features】 ○ Special ceramics with high thermal conductivity and far-infrared radiation rate, which emit far-infrared rays when heated ○ Can be blended into snow melting materials (paving materials, snow melting mats, etc.) ○ Amplifies far-infrared rays to enhance snow melting capabilities ● For other functions and details, please contact us.
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basic information
Various products with high snow melting capabilities have been developed using far infrared elements! 【Features】 ○ Special ceramics with high thermal conductivity and far infrared radiation rate that emit far infrared rays when heated ○ Can be blended into snow melting materials (paving materials, snow melting mats, etc.) ○ Amplifies far infrared rays to enhance snow melting capabilities ● For other functions and details, please contact us.
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Applications/Examples of results
【Uses】 ○Special snow melting sheets ○Special snow melting rubber ○Asphalt paving materials ○Snow melting PC boards and others are mixed in.
Company information
Snow measures in heavy snowfall areas have transformed the industries and lives of those regions. In recent years, the methods have been shifting from traditional manual and mechanical snow removal, as well as watering through groundwater extraction, to environmentally conscious electric and renewable energy-based snow melting systems. However, the enormous costs of equipment and maintenance have hindered widespread adoption. Since 1987, we have focused on solar electromagnetic waves, conducting research and experiments. By utilizing the wavelength range known as far-infrared rays (melting snow rays), we have been able to address the cost issues. This wavelength range is also referred to as growth rays for plants and animals, making it an environmentally friendly snow melting system. We are committed to working towards the dissemination of better and lower-cost systems in response to various demands.
