Thermal Comfort of Continuous Elastomeric Fibres
The thermal comfort of continuous elastomeric fibre (CEF) has been studied extensively for decades due to its ability to provide a stable, comfortable and captivating environment for occupants of residential and commercial buildings. CEF is composed of synthetic fibres such as polypropylene, polyethylene and polyester that are woven fabric in a matrix of various densities. This weave creates a fabric that is flexible, durable and breathable with an open cell structure that allows air to flow freely and keep occupants cool, while also providing insulation and soundproofing.
The thermal comfort of these continuous elastomeric fibres is due primarily to its ability to absorb and dissipate heat along its length. This heat is then redistributed through its weave to adjacent fibres, which in turn transfer the heat further away. This process of transferring heat under specific conditions creates the capability of CEF to regulate temperature and provide a uniform thermal environment.
In addition to its temperature-regulating properties, CEF also has important acoustic properties. It acts as a sound absorber, which helps to reduce noise from street traffic, aircraft noise, and other sources. This reduces disruption in the interior environment, creates a peaceful environment, and helps to improve the occupant’s ability to concentrate.
CEFs thermal comfort capabilities are particularly useful for areas where space is limited, such as hospitals and nursing homes. In hospitals, where infection control is of utmost importance, CEF can be installed in order to contain germs in one area and help reduce the chances of the spread of disease. In addition, because of its breathability, CEF reduces the risk of mould formation and moisture accumulation in humid environments.
Because of its many advantages, CEF is widely used in many applications throughout the building industry, including insulation, roofing and flooring, and in cars and boats. It is also popular as a fabric choice in the clothing industry due to its breathability and flexibility.
Overall, CEFs thermal comfort capabilities make it an ideal choice for many indoor spaces, providing a stable and comfortable environment while maintaining reasonable sound levels. CEFs breathability also prevents the accumulation of moisture and increases air circulation and heat distribution. This not only improves the thermal comfort of occupants but also helps to keep the space free from mold and dust. As a result, CEF can be considered a cost-effective and energy-efficient way to maintain a comfortable and hygienic environment.
