Specially designed for sun protection, the HAVER Architectural Mesh LARGO-TWIST 2045 is characterized by its tilted horizontal flat wires. It creates a homogeneous appearance with low transparency and extensive light reflections. At the same time, it allows an unobstructed view out of the building.
Weight: ~ 5,5 kg/m²
Open area: ~ 35 %
Main applications: Facade, Sun protection, Privacy Screen
Characteristics:
• robust mesh for outdoor applications
• homogeneous appearance with low transparency and light reflections from the outside
• daylight benefit with transparency from the inside
• effective as solar shading
• also suitable as privacy screen depending on the mesh orientation
Sun protection mesh LARGO-TWIST 2045 - Best values for sun protection
With a sunlight incident angle of 60° and a double glazing window, most of the architectural mesh types used for sun protection effect a reduction of solar energy input between 40 % and 70 %. In interaction with a solar control glazing, they reach at the same angle of incidence a g-value among 0.1 to 0.18.
The LARGO-TWIST 2045 sun shading mesh clearly exceeds these shading values. Confirmed by independent tests, LARGO-TWIST 2045 reduces the entry of sunlight at this angle by more than 90 %. In combination with solar control glazing, it is a g-value of 0.02.
The general advantages of architectural mesh as sun protection with excellent use of daylight, good transparency from the inside and natural ventilation are also retained in this type of mesh.
All HAVER Architectural Meshes are specially manufactured for each individual project. The maximum width of the mesh is 3 m. The length is up to 30 m and can be flexibly adapted to the project. Each project has unique visual and technical requirements. We consider your requirements and assist in the selection of the most suitable architectural wire mesh specification and appropriate mounting system.
Sustainability and ernergy efficiency:
- made of more than 60% recycled stainless steel
- corrosion resistant
- easy installation as well as minimal maintenance
- 100% recyclable at the end of a long service life
- optimal daylight efficiency and reduction of solar heat input
- it lowers energy consumption for lighting, heating, ventilation and air conditioning systems
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