Why should I use a Radiant Heater in my plant?

The radiant heater is more economical than hot air blowing systems and works without dust  without air circulation and without noise. Electricity consumption of Maktek Radiant Heaters,  which can be easily installed in all the places where the natural gas and ceiling height are sufficient,  is scarcely any. Compared to electric heaters that operate for hours, it reduces your heating cost. When the electric heaters come near the device, the discomfort does not occur in the radiant heater, it comfortably heats and makes you comfortable.

You can change the heating settings of the device according to the weather conditions, without going near with  the room controller supplied with the Maktek radiant heater. Radiant heaters, which are assembled by expert Maktek Radiant team in a short time, are aesthetic and can be adapted to many different places.

If you wish, we would take radiant heat at the end of the season,l take care at factory and store for you.

For free discovery and projecting

Phone : (0850) 449 50 00
E-mail : info@maktek.com.tr

What is Radiant Heater?

MAKTEK Radiant Heater is designed according to a similar heating principle of the solar heating of the earth. Sun’s infra-red rays hit the world, objects and people. Radiant energy is absorbed and every object becomes a heat reservoir and warming begins. With the radiant heater, just like the sun, only the objects and the people are heated, the ambient air of the whole building is not heated.

How Does The Radiant Heater Work?

 The tubular radiant heater consists of 4 parts: Burner, Radiant Pipe, Reflector and Vacuum Fan.

With MAKTEK Radiant heater, the gas burned by the burner is absorbed by the vacuum fan at the end of the system, and is routed through the pipe and thrown out from the cooled point. At this time, the gas circulating in the radiant pipe releases the heat to the pipe. The outer surface temperature of the radiant pipe reaches 300 ° C on average. The radiation spreding from the tube is directed downwards through the reflector on the tube. Rays  are turned to heat energy and  heating stats when the rays are being directed without afected from air and hit to objects ( machine, human, ground..etc).

WHY RADIANT HEATER?

• Conventional heaters heat up all the ambient air, so people, objects  who are in this environment benefit from heat. When the door is constantly open in a building, air changes which cause high temperature losses, occur. Radiant heat is not absorbed by air, so it is ideal for spaces where the temperature changes frequently. Radiant heaters provide significant energy savings compared to conventional ambient heaters.
• The warming air rises. It is very difficult to directly heat work areas using conventional heaters. For example, a building with a high ceiling has cold spots where the heat is relatively low in the work area, while temperatures near the roof are unnecessarily high. Radiant heat is transmitted and directed by infrared rays. By installing the radiant heater correctly in the required points, the cold spot problem in the work areas is prevented.
• Regional heat control with radiant heaters ensures that the working areas are at different temperatures in accordance with the need.
• The radiant heat only heats the human body directly, without heating the whole building. Moreover, the radiant heater responds to the heating needs of the working area much more quickly than other heating methods. Since the time required for warm-up is shortened, a considerable amount of energy is saved and a suitable heating system for modern and flexible working conditions, is established.
• Heating systems operating with the principle of hot air blowing, provide heating by creating air flow in the working area. In production plants where hygiene is important, such heating systems raise  dust and dirt  from the ground and create unwanted pollution. Moreover, rapid air movements lead to heat loss in the body.