Awnings Designed to Last
Markilux offers sunsilk and sunvas, both of which are made with high-tech polyesters, offering fantastic UV radiation protection. These materials are the future of awning fabrics, with impressive longevity and fantastic self-cleaning properties.
Developments in the dying process have also meant that the range of colours is now much wider. Previously, colours would have to be dyed in huge quantities, meaning only a few colour options were available, however colours can now be printed in much smaller quantities, making them far more cost-effective.
Both the sunvas and the sunsilk materials are environmentally friendly, and completely non-toxic. All Markilux fabrics are certified with the ‘Okotex’ label, confirming that they adhere to Oko-Tex Standard 100 regarding harmful materials. All technical values have been tested in Germany by the manufacturer, but also independently to confirm the technical characteristics.
Markilux’s ‘ultrasonic bonding’ process is a marked improvement on other styles of joining fabrics, particularly for the purposes of awnings and blinds.
Markilux also refer to a ‘holohedral’ bonding process, which has replaced the older method of stitching panels together, offering a number of benefits. By bonding the panels together, the lifespan of these awnings is increased, as the thread that weathered and perished over time is no longer used. This thread was also susceptible to wearing when coming into contact with the bearings, which is no longer a concern.
The bonded panels also no not let water or light through at all, which the stitching join did. Being bonded instead of stitched also means the finish is smoother, which leads to less wear when being operated, extending the lifespan of Markilux awnings even more.
Note: If you wish to have your fabrics stitched rather than bonded, it must be made explicitly clear when ordering. Some conservatory awnings cannot be bonded, and are stitched as a result.
Markilux announce the arrival of the Sunvas material range
Continue reading →