HRH

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Humidity reflective heater is an advanced applications field and working principle for keeping the room temperature still and warm during cold seasons. This device features a humidity reflective coating that transfers the body heat of an individual into the air and then redirects it back into the room. This whole process helps retain the thermal energy within the area and reduces energy bills.

The basic structure of an HRH consists of a base and a reflector plate. The material used for the reflector plate is a plastic and/or ceramic material with a thin, semi-permeable membrane. This material helps to trap both the heat and moisture inside the room while reflecting the majority of the energy outwards.

When the heater is switched on, the base unit radiates infrared light at a specific wave length. This wavelength is absorbed into the reflector plate, which then heats up and circulates the heat back into the room. In its simplest form, the reflected light acts like a mirror and bounces back heat into the room.

In addition to retaining energy, HRHs also help improve air quality due to their high efficiency. The semi-permeable membrane along with the reflective coating helps to trap the particulates and other harmful components present in the air. This combined with the reflective properties of the material helps to reduce dust and other pollutants from entering the room, thus improving the indoor air quality drastically.

HRHs are considered to be the safest and most eco-friendly heating solution available. This is due to their low environmental impact and complete operation without the need for any external power or fuel source. This makes them extremely cost effective in the long run as their only maintenance requirement is to keep the reflectivity of the material from fading away.

In conclusion, HRHs are a great way to save money and energy while helping to improve indoor air quality. They are also extremely safe, and are considered to be the optimal choice for most applications. Fuseholders can be used to safely secure the device to the wall, preventing it from sliding or falling off due to unexpected bumps or shakes.

The specific data is subject to PDF, and the above content is for reference