KHEOPE ROLLER, a real shading sail, manually retractable, of medium size that expresses modernity and ensures an important area of shade, representing an innovative choice for the covers of tomorrow. The stainless steel structure and the materials of the sail make the functionality absolute and the design light, modern, essential Maximum dimensions 4500x4500 mm. Wind resistant up to class 1 according to EN 13561. It mounts70 mm steel poles and 80 mm aluminum boom. Fixing to the building can be wall or ceiling through a system of stainless steel brackets. Anodized extruded aluminum alloy 6060...

450x450 KHEOPE ROLLER, a real shading sail, manually retractable, of medium size that expresses modernity and ensures an important area of shade, representing an innovative choice for the covers of tomorrow. The stainless steel structure and the materials of the sail make the functionality absolute and the design light, modern, essential Maximum dimensions 4500x4500 mm. Wind resistant up to class 1 according to EN 13561. It mounts70 mm steel poles and 80 mm aluminum boom. Fixing to the building can be wall or ceiling through a system of stainless steel brackets. Anodized extruded aluminum alloy...

450x450 KHEOPE ROLLER, a real shading sail, manually retractable, of medium size that expresses modernity and ensures an important area of shade, representing an innovative choice for the covers of tomorrow. The stainless steel structure and the materials of the sail make the functionality absolute and the design light, modern, essential Maximum dimensions 4500x4500 mm. Wind resistant up to class 1 according to EN 13561. It mounts70 mm steel poles and 80 mm aluminum boom. Fixing to the building can be wall or ceiling through a system of stainless steel brackets. Anodized extruded aluminum alloy...

450x450 KHEOPE ROLLER, a real shading sail, manually retractable, of medium size that expresses modernity and ensures an important area of shade, representing an innovative choice for the covers of tomorrow. The stainless steel structure and the materials of the sail make the functionality absolute and the design light, modern, essential Maximum dimensions 4500x4500 mm. Wind resistant up to class 1 according to EN 13561. It mounts70 mm steel poles and 80 mm aluminum boom. Fixing to the building can be wall or ceiling through a system of stainless steel brackets. Anodized extruded aluminum alloy...

450x450 KHEOPE ROLLER, a real shading sail, manually retractable, of medium size that expresses modernity and ensures an important area of shade, representing an innovative choice for the covers of tomorrow. The stainless steel structure and the materials of the sail make the functionality absolute and the design light, modern, essential Maximum dimensions 4500x4500 mm. Wind resistant up to class 1 according to EN 13561. It mounts70 mm steel poles and 80 mm aluminum boom. Fixing to the building can be wall or ceiling through a system of stainless steel brackets. Anodized extruded aluminum alloy...

450x450 KHEOPE ROLLER, a real shading sail, manually retractable, of medium size that expresses modernity and ensures an important area of shade, representing an innovative choice for the covers of tomorrow. The stainless steel structure and the materials of the sail make the functionality absolute and the design light, modern, essential Maximum dimensions 4500x4500 mm. Wind resistant up to class 1 according to EN 13561. It mounts70 mm steel poles and 80 mm aluminum boom. Fixing to the building can be wall or ceiling through a system of stainless steel brackets. Anodized extruded aluminum alloy...

450x450 KHEOPE ROLLER, a real shading sail, manually retractable, of medium size that expresses modernity and ensures an important area of shade, representing an innovative choice for the covers of tomorrow. The stainless steel structure and the materials of the sail make the functionality absolute and the design light, modern, essential Maximum dimensions 4500x4500 mm. Wind resistant up to class 1 according to EN 13561. It mounts70 mm steel poles and 80 mm aluminum boom. Fixing to the building can be wall or ceiling through a system of stainless steel brackets. Anodized extruded aluminum alloy...

450x450 KHEOPE ROLLER, a real shading sail, manually retractable, of medium size that expresses modernity and ensures an important area of shade, representing an innovative choice for the covers of tomorrow. The stainless steel structure and the materials of the sail make the functionality absolute and the design light, modern, essential Maximum dimensions 4500x4500 mm. Wind resistant up to class 1 according to EN 13561. It mounts70 mm steel poles and 80 mm aluminum boom. Fixing to the building can be wall or ceiling through a system of stainless steel brackets. Anodized extruded aluminum alloy...

TECHNICAL INFORMATION General technical plan Wall bracket for boom

TECHNICAL INFORMATION General technical plan Fixing brackets Ring bracket

TECHNICAL INFORMATION General technical plan 8 Bottom bracket Sliding element for pole

Pickling is the proccess that uses chemical means on the surface of a ferrous metal to remove a layer of oxide and slag. Basically, the workpiece is immersed in these acids which clean it of all the impurities it has collected and make it passive. That is, no longer reacting (or in a very limited form). MECHANICAL POLISHING Mechanical polishing. It consists in removing material from the piece itself, through several grinding steps. So as to lower the level of surface roughness of the piece. Polishing of stainless steel surfaces requires the use of discs and synthetic abrasive pastes. The process...

There is increasing demand for high-performance buildings that have a very low energy consumption and use energy derived from renewable sources. In particular, the limitation of solar heat gain is one of the most important aspects of summer thermal comfort. Solar shading plays an essential role in this concept. The gtot value determines the ability of the solar shield to maintain, in an environment directly exposed to solar radiation, a more comfortable temperature than that which would occur with the presence of glass alone. The solar heat gains are directly proportional to the total transmittance...