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Stainless steel cable netting， also called X-TEND mesh/Webnet, is manufactured from robust, high-grade DIN 1.4401/AISI 316 stainless steel cables. The cables are swaged with tinned copper (type CX) or stainless steel (types CXE and CXS) clamps in a special process to form a mesh structure that is both stressable and flexible and suited for either two- or three-dimensional applications. X-TEND keeps its shape indefinitely and stands for long lasting use.
X-TEND is fabricated from high-quality and robust stainless steel cables (material: AISI316). These are linked together by a special method using stainless steel ferrules to form a stressable yet flexible structure for two- or three-dimensional applications. X-TEND keeps its shape indefinitely and requires little maintenance only during its long lifetime.
Mesh geometry
The mesh width (MW) refers to the distance from the centre of one ferrule to the centre of the next ferrule. The optimal mesh geometry with an opening angle of 60° is given when the mesh width and the distance between the ferrules’ centres along the mesh's cables
are equal. This results in the ideal tension of the mesh and is the mathematical basis for the quantity take-off.
MW Mesh width (distance from center to center of ferrule) α Standard mesh opening 60 °
Stainless steel cable netting， also called X-TEND mesh/Webnet, is manufactured from robust, high-grade DIN 1.4401/AISI 316 stainless steel cables. The cables are swaged with tinned copper (type CX) or stainless steel (types CXE and CXS) clamps in a special process to form a mesh structure that is both stressable and flexible and suited for either two- or three-dimensional applications. X-TEND keeps its shape indefinitely and stands for long lasting use.
X-TEND is fabricated from high-quality and robust stainless steel cables (material: AISI316). These are linked together by a special method using stainless steel ferrules to form a stressable yet flexible structure for two- or three-dimensional applications. X-TEND keeps its shape indefinitely and requires little maintenance only during its long lifetime.
Mesh geometry
The mesh width (MW) refers to the distance from the centre of one ferrule to the centre of the next ferrule. The optimal mesh geometry with an opening angle of 60° is given when the mesh width and the distance between the ferrules’ centres along the mesh's cables
are equal. This results in the ideal tension of the mesh and is the mathematical basis for the quantity take-off.
MW Mesh width (distance from center to center of ferrule) α Standard mesh opening 60 °
