How can our tensioned fabric system help you save energy?
Summer is coming, and so is the heat! This is the time of year when energy bills go up because of air conditioning.
Yet there are simple, effective and attractive ways to cut your consumption significantly while making your interior more comfortable.
One of them is our tensioned fabric system, a great ally for staying cool this summer… and saving money!
Cost-effective protection from the heat
Tensioned fabric has many uses: decorative feature, communication tool… But did you know it can also improve your thermal comfort?
Placed near a wall or window, it reduces the heat coming into a room. When the sun beats down in the hottest hours, the fabric acts like an indoor parasol.
In summer, when the warm weather arrives, air conditioning can make up a large share of the electricity bill.
Our tensioned fabric system helps you rely less on air conditioning. You naturally lower the indoor temperature by a few degrees!
Tensioned fabric: an eco-friendly, durable, maintenance-free solution
3 reasons to install a tensioned fabric:
- It needs no energy to work
- It is easy to install and requires no technical skills
- It lasts for many years with no maintenance
Fabric is an eco-friendly alternative for anyone who wants to cut their bills while staying comfortable.
Useful and attractive, it adapts to your interior and your needs.
By forming a first barrier against the sun’s rays, with no electrical device and no consumption, it makes your premises more comfortable in summer.
Micro-perforated fabric: stay cool without being seen!
You can improve your indoor comfort even further by using the Isermatic system to tension a micro-perforated fabric, also known as “mesh fabric“.
This membrane blocks a large share of the sun’s rays, bringing shade and therefore cooler air inside buildings.
You can also see out from inside without being seen from outside, and use the fabric as a communication space, as in the photos below!
This solution is particularly well suited to south-facing façades.
