HBWF - Architectural Mesh

Architectural Mesh

Weave Types

Fixing Solutions

Architectural Examples

Ceiling Designs

Tudor House, St. Peter Port

Architect : Knox Bhavan

Modern development utilising weave type MULTI-BARRETTE 8124.

This stunning facade is clad in prepatinated copper which gives it a blue/green martime glow. To continue the maritime theme, elements of MULTI-BARRETTE 8124 were installed horizontally to create sun-shades.

For wire cloth specifications made from rigid wires or other mesh types we offer a variety of tensioning systems. Depending on the dimensions of the panels, intermediate mountings may need to be included into the system as well as the regular top and bottom mountings.

sm top mounting 200 sm top cad

TOP MOUNTING

A flat tension profile (tension strip) is equipped with clevis bolts. Using the bolts the mesh element is suspended into the substructure. At the same time the bolts are used to apply tension at the top mounting point.

INTERMEDIATE MOUNTING

An intermediate fixing may be required to reduce the amount of deflection and loads.

One way of realising this is by using HAVER wire connectors, which wrap around a tube, that is located behind the mesh. The connectors interlock with the mesh from the back. From the front of the element this mounting system is almost invisible.

BOTTOM MOUNTING

For bottom mountings the use of flat tension profiles is recommended. Proper tensioning is achieved with clevis screws that are attached to the flat tension profile which correspond to the top mounting. For exterior applications, structural characteristics require the use of additional pressure springs. They lend sufficient elasticity to the mesh when exposed to respective loads.

Holland Park School

Architect : Aedas

Varying densities of EGLA-MONO were used to create the fascinating facade at this state of the art school.

Delicately shimmering elements of EGLA-MONO form a second skin providing elegant sun protection to the school. The open area of the mesh elements varies from approximately 50-70%.

Reichstag Parliament Building, Berlin

Architect : Sir Norman Foster

Assembly Hall Ceiling Panels made from HAVER DOKA-MONO 7021

More Details on this project

Reichstag Parliament Building, Berlin

Architect : Sir Norman Foster

Assembly Hall Ceiling Panels made from DOKA-MONO 7021

Equipped with state-of-the-art acoustical mats Haver & Boecker Woven Wire Cloth elements have brilliant sound absorbing features. The functional sound absorbing material is hidden behind the high class stainless steel layer, which provides the ambience with it's own elegant character.

Subcategories

Facades

Architectural wirecloth from HBWF combines outstanding functionality with high aesthetic appeal, opening up new perspectives in creative design and enabling fascinating architectural solutions. Our in-house design team have worked with a multitude of architects and designers to produce the bespoke product that you are looking for.