In the present day construction, a trend to energy efficiency is increasingly affecting the variety of constructions materials aimed at restrictions of the thermal transfer. Thermal break strips emerged as one of the most important elements in contributing to the energy efficiency performance of buildings. The thermal break strips manufactured by POLYWELL and constructed of PA66 GF25 have an notable advantage due to their insulation efficiency and mechanical strength. They are also the one layered construction which many times reduces intensity of thermal bridging and heat loss which are among factors of wastage of energies in buildings.
The thermal break strips created by POLYWELL address this universal problem in construction which is the issue with aluminum material having high thermal conductivity. Aluminum is highly revered for its strength and light weight yet it is an excellent conductor of heat. In this context, losses through undesirable movement of heat will lead higher energy demands for heating and cooling. This challenge can also be addressed by using POLYWELL thermal break strips within window and door frames as other builders have done. The strips effectively slow down a considerable amount of heat currents helping keep a cool temperature indoors and minimizing costs on energy use in the process.
Besides preventing the unnecessary loss of energy, the additional thermal break strips also serve to prolong the service life of some building parts. The most common one is the condensation occurring around the window and door frame areas which, due to a specific temperature difference, can eventually result in the development of mold and various damp-related consequences. As a result of using POLYWELL thermal breaks, builders are able to reduce condensation, hence, avoiding moisture damage to the construction materials and improving the sustainability of the building. This is of paramount importance especially for areas with high humidity or wide temperature ranges.
The other important advantage of POLYWELL thermal break strips is their contribution to sound insulation performance of the buildings. In highly urbanized cities, residents may be exposed to a number of disturbing sounds due to air pollution. A one-inch increase in thickness is guaranteed to decrease sound volumes that contact construction materials or move through walls making them quieter and more soothing. Such factors are made possible by thermal break strips which add an additional level of protection against outdoor sounds. It is rather beneficial for the residential buildings where tenants need peace and calmness of the house.
POLYWELL thermal break strips show versatility in their ability to be used in conjunction with various types of framing materials such as wood and PVC. This means that these options can be used for any construction, beginning with single-family houses and ending with large commercial buildings. Such strips can be fitted within numerous design frameworks by architects and builders without disturbing the beauty or beauty of the structure.
Another factor encouraging the use of thermal break strips is sustainability. As the awareness of environment issues gets into focus, the builders have no option but to design buildings that are energy efficient in a bid to reduce the impact on the environment. POLYWELL thermal break strips enable the change of lighting and heating energy consumption because of the improvement in energy efficiency. Being in line with the eco friendly building principle is not only good to the holders of the structure but also to the potential markets who are embracing eco friendly products.
This should however not be taken as an extra cost but an added advantage. These strips are manufactured having in mind that they will be integrated in the already existing construction systems without requiring vast alterations to implement them. This aspect not only cuts down time and labor but boosts the construction process overall efficiency.
What is more, POLYWELL thermal break strips are designed with a view to over a range of environmental challenges. Their material composition has been made such that it has got good strength and is resistant to UV rays, moisture, and extreme temperatures. This kind of durability enables low maintenance as well as longer service life which are beneficial to property and builders owners.