Greata Capillary Tube Mats Use the Natural Capillary Effect for Heat Transfer or cooling transfer
Particularly energy efficient
Even heat distribution
Suitable for heating and cooling
Diverse uses
Wide assortment
Good value for save cost
Capillary tube mats are typically used for heating purposes, such as in underfloor systems. The mats consist of a network of small capillary tubes embedded in a thin mat, which is usually made of rubber or plastic.
Successfully learning from nature: Almost all organisms use liquids for heat storage and heat transfer to regulate their microclimate.
To provide heating using capillary tube mats system, a warm fluid such as water or a water-glycol mixture is circulated through the tubes. As the fluid flows through the capillary tubes, it transfers heat to the surrounding mat material, which then radiates the heat into the room.
The liquid is distributed over a large area by a fine capillary system just below the surface. The efficiency and effectiveness of such a biological system was perfected in a continuous selection principle.
The temperature and flow rate of the fluid can be controlled to regulate the heating output of the capillary tube mats. This allows for precise temperature control in different areas of the space being heated.
Capillary tube mats system offer several advantages for heating applications, including energy efficiency, even heat distribution, and compatibility with various floor coverings. Additionally, the mats are typically installed beneath the floor surface, which helps to save space and maintain the aesthetic appearance of the room.
The radiant heating and cooling with capillary tube mats is based on this evolutionary technology and thus enables the most natural form of modern room air conditioning.
Capillary tube mats are a type of radiant heating and cooling system that is known for their high performance in both heating and cooling applications. Here are a few reasons why capillary tube mats offer top heating and cooling performance:
- Efficient heat transfer: Capillary tube mats are made up of a series of small tubes that distribute the heating or cooling medium evenly across the entire mat. This design ensures efficient heat transfer, allowing for quick and uniform temperature adjustment in the space.
- Large surface area: Capillary tube mats have a large surface area compared to other heating and cooling systems. This increased surface area allows for greater contact with the surrounding space, resulting in faster heating or cooling performance.
- Low water flow requirement: Capillary tube mats operate with low water flow rates, which helps in reducing the energy consumption of the system. The low flow requirement also allows for greater flexibility in installation and reduces the overall system complexity.
- Even heat distribution: Due to their design, capillary tube mats provide an even distribution of heat or cooling throughout the space. This eliminates hot and cold spots and provides a comfortable and consistent indoor climate.
- Quick response time: Capillary tube mats have a fast response time, allowing for quick adjustment of the indoor temperature. This is especially beneficial for applications where the temperature needs to be changed frequently, such as in rooms with varying occupancy or in spaces with rapidly changing external conditions.
Overall, capillary tube mats offer top heating and cooling performance due to their efficient heat transfer, large surface area, low water flow requirement, even heat distribution, and quick response time. These features make them an excellent choice for various residential, commercial, and industrial applications.
The large number of capillary tubes supports this effect and also ensures a very even surface temperature that is close to the mean water temperature. Test certificates for the standard cooling capacity according to EN14240 and the standard heating capacity according to EN14037 are available for standard installation situations.
The small diameter of the capillary tubes enables the capillary tube mats to be installed close to the ceiling surface. This minimizes the thermal resistance from the heating / cooling water to the thermally activated surface. The heating and cooling ceiling reacts to temperature changes in just a few minutes and achieves high specific heating and cooling capacities. It is irrelevant that the capillary tubes are made of plastic because the wall thickness of the capillary tubes is only 0.5 mm or 0.8 mm and thus hardly contributes to the overall thermal resistance. The ceiling heating with capillary tube mats can be operated with low flow temperatures. The result is high energy efficiency.
The large number of capillary tubes supports this effect and also ensures a very even surface temperature that is close to the mean water temperature. Test certificates for the standard cooling capacity according to EN14240 and the standard heating capacity according to EN14037 are available for standard installation situations.
The small diameter of the capillary tubes enables the capillary tube mats to be installed close to the ceiling surface. This minimizes the thermal resistance from the heating / cooling water to the thermally activated surface. The heating and cooling ceiling reacts to temperature changes in just a few minutes and achieves high specific heating and cooling capacities. It is irrelevant that the capillary tubes are made of plastic because the wall thickness of the capillary tubes is only 0.5 mm or 0.8 mm and thus hardly contributes to the overall thermal resistance. The ceiling heating with capillary tube mats can be operated with low flow temperatures. The result is high energy efficiency.
