capillary tube mat for heating and cooling
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china capillary tube mat for heating and cooling
that is the optimum mat type for plaster-based heating and cooling ceilings. The thin plaster or skimming layer enables the chilled ceilings to have a response time of less than 15 minutes.
A capillary tube mat is a type of heating and cooling system that uses a network of small, thin tubes to circulate hot or cold water across a surface. The mat is typically made of a durable, flexible material such as silicone or polyurethane, which allows it to be shaped and installed in a variety of spaces and applications.
The capillary tubes within the mat are typically only a few millimeters in diameter, and are designed to maintain a constant flow of water at a specific temperature. When the water is heated or cooled, it flows through the tubes and dissipates its energy into the surrounding area. This can be used to heat or cool floors, walls, or other surfaces, providing an efficient and effective way to control the indoor climate.
Capillary tube mats are often used in radiant heating and cooling applications, in which the surfaces of a building are used to distribute and regulate temperature. They can also be used in specialized applications, such as in medical or laboratory settings where precise temperature control is critical. With their low profile and customizability, capillary tube mats are a versatile heating and cooling solution for a wide range of indoor environments.
| Material | Type 3 polypropylene random copolymer, DIN 8078 |
| Collector pipe Ø | 20 x 2 mm |
| Collector tube Ø | 4.33*0.8 or 3.35 × 0.5 mm |
| Capillary tube spacing (A) | 15 mm |
| Lenght (L) | 750 – 6,000 mm (in 10 mm increments),it can customized according customs need |
| Width(B) | 175 – 1,195 mm (in 30 mm increments) it can customized according customs need |
| Mass when filled | 562 g/m² (without collector) |
| Exchange surface | 0.71 m²/m² |
| Water content | 0.27 l/ m² |
| Cooling capacity* | 80 W/m² |
| Permissible heating water temperature | 60°C |
| Operating pressure | 4 bar |
| Connection for butt and socket welds | Hot melt welding |
| Field of application | Plaster ceilings, radiant heating systems embedded in plaster or screed |
Description
china capillary tube mat for heating and cooling
that is the optimum mat type for plaster-based heating and cooling ceilings. The thin plaster or skimming layer enables the chilled ceilings to have a response time of less than 15 minutes.
A capillary tube mat is a type of heating and cooling system that uses a network of small, thin tubes to circulate hot or cold water across a surface. The mat is typically made of a durable, flexible material such as silicone or polyurethane, which allows it to be shaped and installed in a variety of spaces and applications.
The capillary tubes within the mat are typically only a few millimeters in diameter, and are designed to maintain a constant flow of water at a specific temperature. When the water is heated or cooled, it flows through the tubes and dissipates its energy into the surrounding area. This can be used to heat or cool floors, walls, or other surfaces, providing an efficient and effective way to control the indoor climate.
Capillary tube mats are often used in radiant heating and cooling applications, in which the surfaces of a building are used to distribute and regulate temperature. They can also be used in specialized applications, such as in medical or laboratory settings where precise temperature control is critical. With their low profile and customizability, capillary tube mats are a versatile heating and cooling solution for a wide range of indoor environments.
| Material | Type 3 polypropylene random copolymer, DIN 8078 |
| Collector pipe Ø | 20 x 2 mm |
| Collector tube Ø | 4.33*0.8 or 3.35 × 0.5 mm |
| Capillary tube spacing (A) | 15 mm |
| Lenght (L) | 750 – 6,000 mm (in 10 mm increments),it can customized according customs need |
| Width(B) | 175 – 1,195 mm (in 30 mm increments) it can customized according customs need |
| Mass when filled | 562 g/m² (without collector) |
| Exchange surface | 0.71 m²/m² |
| Water content | 0.27 l/ m² |
| Cooling capacity* | 80 W/m² |
| Permissible heating water temperature | 60°C |
| Operating pressure | 4 bar |
| Connection for butt and socket welds | Hot melt welding |
| Field of application | Plaster ceilings, radiant heating systems embedded in plaster or screed |
