Environmentally-friendly, low-carbon, efficient, energy-saving, are the cores and foundations of TexAir®.
This is also the reason of choosing lightweight, flexible textiles as the raw material for TexAir® systems,
Lower weight, Less structure
The light textiles reduce the load on the building compared to traditional metal ducts. The building structures and related materials can be then simplified. Therefore, the carbon emissions of both manufacturinging and construction of those structural materials will be significantly reduced;
Faster installation, Lower energy
The light textiles make the installation of ventilation system much easier and quicker. The installation is greatly shortened. The energy consumption during the installation are greatly reduced. At the same time, it saves the cost and energy consumption of lifting equipment as well;
Faster transportation, Lower energy
The light textiles make transportation faster and greatly reduce the energy consumption during transportation;
More environmentally-friendly
The energy consumption and carbon emissions in the production process of textile materials are far lower than those of metal materials;
Longer life, Lower carbon
Beyond normal imagination, the actual service life of textile materials is far longer than that of sheet metal ducts. The conservative service life of TexAir® system is over 30 years. So throughout its life cycle, TexAir® will definitely have much lower carbon emissions.
TexAir® is continuously following and researching on the integration of the building with TexAir® system, and how to help the HAVC system or refrigeration system in this building run more efficiently with low engergy consumption as well.
TexAir® system has significant efficiency advantages over traditional metal duct systems, mainly due to：
TexAir® system can drive the circulation of indoor air along the entire length of the duct, which improves aerodynamic efficiency. Traditional metal ducts drive air only through vents or diffusers on the fixed position, which has actually very low air-driving efficiency.
The newest TexAir® system equiped with the advanced multi-flow-pattern has increased efficiency of both aerodynamic and thermodynamic much more obviously than ever. The indoor spatial flow pattern is optimised so well with much smaller temperature gradient.
More efficient air distribution allows the indoor air to exchange heat more quickly with the surrounding air of entire space of the environment. Then it takes shorter time for indoor air to reach the target temperature.
Meanwhile TexAir® system usually needs very low static pressure for air dispersion. Then the AHU or fan system can decrease the energy conusmption, or change to smaller AHU or fans.
TexAir® system usually run with very low static pressure. In this case, fans generally have much less noise level.
TexAir® system is flexible so normally it doesn't conduct the mechanical vibration, shaking or noise from AHU or fans so that to keep a quiet indoor environment.
Noise of air dispersion from TexAir® system is very limited, generally no more than 20dB (SPL), which can be ignored at all.
More efficient air distribution allows the indoor air to exchange heat more quickly with the surrounding air of entire space of the environment. This results smaller temperature gradient accuracy and better spatial temperature evenness.
The air dispersion through entire textile duct, the even indoor temperature, very low noise, can obviously make the great comfort to the people.
Applying with comfort flow pattern, TexAir® system can present you no draught indoor environment.
The light weight system makes installation of TexAir® much easier.
Assembling sections of system, taking off too much manual work at site, makes installation of TexAir® very efficient and much quicker.
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