OKATECH wire mesh

Insulating Glass with Wire Mesh Insert

Glass facades with wire mesh inserts always set visual accents. The metal fabric in different types of materials and thicknesses are not only attractive elements of design but also fulfill high requirements on sun and glare-protection and allow views to the outside.

During the day, they give the building shell a special glow and the façade has a metallic shimmer in the sunlight. At night, when artificial light is used, they allow deep views into the interior. In addition to façades and parapets, OKATECH wire mesh is also suited for sophisticated interior design applications.

Variety of Design and Attractive Aesthetics

  • The gleaming metal inlays give the facades a unique character and a special brilliance
  • Different properties oft he building shell
  • Combination of various metals and coatings
  • Variable geometry and dimension
  • Sophisticated design solutions
  • Embedding in a Mulfifunctional Module (MFM) is possible
  • The energy balance of the building can be significantly improved by combining OKALUX HPI

     

Functionality

  • Angle-selective sun and glare protection
  • Reduced solar entry into the building
  • Visibility as bird protection function
  • Fire protection according to requirements

Sustainability

  • Fully recyclable
  • Long-lasting, maintanance-free and easy to clean

User Comfort

  • Successful combination of privacy and partial view
  • Comfortable interior atmosphere through evenly diffused daylight

 

 

OKATECH Wire mesh – double glazing build-up – vertical glazing

Double glazing build-up – vertical glazing

OKATECH wire mesh Kiwi

OKATECH wire mesh Mandarin

 

 

 

 

  • Maximum dimensions: 5,000 mm x 4,500 mm (depends on the type of wire mesh), larger sizes available upon request
  • Maximum dimensions: 7 m2

OKATECH
Wire Mesh

Functional coating

Ug-value [W/(m2K)] TSET Light Transmission
Double glazing Type Krypton Argon Air (%) min.1 - max.2 (%) min.1 - max.2
Kiwi low-e 1.0 1.2 1.5 22 - 27 22 - 30
solar 0.9 1.1 1.4 14 - 20 17 - 26
Mandarin low-e 1.0 1.2 1.5 22 - 27 22 - 30
solar 0.9 1.1 1.4 14 - 20 17 - 26
1 for angle of incidence γ = 60°            2 for angle of incidence γ = 0° (vertical to the glass surface)

 

 

References Overview