By implementing mechanical heat shielding, energy conservation and work environment improvement can be achieved! It is also effective for heatstroke prevention in the workplace.
Introducing "Mechanical Heat Shielding & Electromagnetic Wave Cutting."
The amount of radiant heat transfer from the roof (upper part) can reach up to 93%, making it very effective for heat and cold measures indoors when installed under factory roofs or in attics.
Additionally, applying it to machinery and walls improves combustion efficiency, which can lead to reduced fuel costs and is very effective for preventing heatstroke in work areas. By implementing mechanical heat shielding, heat that escapes outside is contained, resulting in energy savings and improved working conditions.
Heat shielding refers to blocking electromagnetic waves (radiant heat). Our company cuts heat rays and low-frequency waves through heat shielding to mitigate electromagnetic wave interference.
Electricity supplied to homes, where fluctuating magnetic fields (alternating magnetic fields) occur, is considered harmful to the human body. The 50 Hertz alternating current reverses the flow of current 50 times per second, and this fluctuating electromagnetic field is said to be problematic.
Electromagnetic waves occurring in our vicinity are an issue that cannot be ignored.
【Features of Mechanical Heat Shielding】
■ Reduction in air conditioning costs
■ Improved combustion efficiency (heatstroke prevention)
■ Protection of machinery (prevention of product deterioration)
*For more details, please refer to the PDF materials or feel free to contact us.
