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XLS REVOLUX (Fire-Resistant) and XLS FIREBREAK (Minimally
Fire-Resistant)
XLS REVOLUX
screens are intended for use in areas where fire security is of great
importance and where fire-resistant shade cloth may be required by law.
Unlike most other shade cloths/energy screens used in the horticulture
industry, XLS REVOLUX is manufactured from 100% flame retardant materials.
Test reports by institutions from various countries concerning the screens'
fire-resistant properties are available.
XLS REVOLUX is
made of 4mm wide aluminum and polyester strips held together with a strong
polyester filament yarn. Special aluminum and polyester give XLS
REVOLUX its superior reflection and transmission efficiency. This
guarantees a low daytime temperature and very high energy savings, and keeps
the crop temperature close to the ambient temperature during the night.
The knitted structure allows sufficient water vapor to pass through,
preventing condensation drops from forming on the underside of the screen.
XLS REVOLUX's flexible structure also allows the material to be folded into
a very small area, allowing the maximum amount of sunlight to enter the
greenhouse.
XLS REVOLUX is an
inside screen for all types of greenhouses and greenhouse covering
materials. It is used for overhead sliding and hanging installations.
XLS REVOLUX is a highly UV stabilized product with excellent antistatic
properties. The applied UV stabilizers are resistant to all common
chemicals used in greenhouses.
XLS
FIREBREAK is an improved version of Ludvig Svensson's well-known XLS range
of climate screens. The intention of XLS FIREBREAK technology is to limit
screen-to-screen fire spread. There is a firebreak section along both edges
of each screen. Therefore, the firebreak area is effectively doubled across
two adjacent screens. XLS FIREBREAK should be used in flat, sliding systems
containing fire-resistant support wires to achieve the intended
fire-limiting performance.
Ludvig
Svensson has developed the firebreak technology for the XLS screens without
sacrificing the properties of high efficiency in shading, retaining heat,
preventing condensation and transporting excess water vapor.
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