KHEOPE K13, a truly large-scale shade sail that embodies modernity and provides a substantial shaded area, representing an innovative choice for the shade structures of tomorrow. The stainless steel frame and the sail’s materials ensure absolute functionality and a lightweight, modern, minimalist design. Maximum achievable dimensions: 9200x9200 mm. Wind-resistant up to Class 1 according to EN 13561. Features 129/90 mm steel posts and a 160 mm anodized aluminum boom. Maximum column height: 4500 mm (special posts). Maximum coverage area per module: 85 m². Mounting to the building can be wall-mounted...

920x920 KHEOPE K13, a truly large-scale shade sail that embodies modernity and provides a substantial shaded area, representing an innovative choice for the shade structures of tomorrow. The stainless steel frame and the sail’s materials ensure absolute functionality and a lightweight, modern, minimalist design. Maximum achievable dimensions: 9200x9200 mm. Wind-resistant up to Class 1 according to EN 13561. Features 129/90 mm steel posts and a 160 mm anodized aluminum boom. Maximum column height: 4500 mm (special posts). Maximum coverage area per module: 85 m². Mounting to the building can be...

920x920 KHEOPE K13, a truly large-scale shade sail that embodies modernity and provides a substantial shaded area, representing an innovative choice for the shade structures of tomorrow. The stainless steel frame and the sail’s materials ensure absolute functionality and a lightweight, modern, minimalist design. Maximum achievable dimensions: 9200x9200 mm. Wind-resistant up to Class 1 according to EN 13561. Features 129/90 mm steel posts and a 160 mm anodized aluminum boom. Maximum column height: 4500 mm (special posts). Maximum coverage area per module: 85 m². Mounting to the building can be...

920x920 KHEOPE K13, a truly large-scale shade sail that embodies modernity and provides a substantial shaded area, representing an innovative choice for the shade structures of tomorrow. The stainless steel frame and the sail’s materials ensure absolute functionality and a lightweight, modern, minimalist design. Maximum achievable dimensions: 9200x9200 mm. Wind-resistant up to Class 1 according to EN 13561. Features 129/90 mm steel posts and a 160 mm anodized aluminum boom. Maximum column height: 4500 mm (special posts). Maximum coverage area per module: 85 m². Mounting to the building can be...

920x920 KHEOPE is a large-scale shade sail that embodies modernity and provides a generous shaded area, representing an innovative choice for the shade structures of tomorrow. The stainless steel frame and the sail’s materials ensure absolute functionality and a lightweight, modern, minimalist design. Maximum achievable dimensions: 7000x7000 mm. Wind-resistant up to Class 1 according to EN 13561. Features 90 mm steel posts and 120 mm anodized aluminum booms. Maximum column height: 4500 mm (special posts). Maximum coverage area per module: 50 m². Mounting to the building can be wall-mounted or...

General technical plan 10 5 Wall bracket for boom

General technical plan N.B. 90 mm poles need anti-wind elements Fixing brackets

TECHNICAL INFORMATION General technical plan Pole motor Wall motor

PICKLING Pickling is the process 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....

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...

Thermal comfort blends perfectly with beautiful style thanks to the more than 500 high performance fabrics available. A wide variety of colors, styles and solar shading factors allow for a system that meets your specific needs. All fabrics are CE Certified according to the EN 13561 and EN 14501 technical standards. N.B. See the Fabric Guide for further fabric specifications. DACRON BIANCO TEMPOTEST STARLIGHT RESINATO DACRON BIANCO TEMPOTEST STARLIGHT RESINATO

DICHIARAZIONE Dl PRESTAZIONE N. 009/2020 Ai sensi dell'Allegato III del Regolamento (UE) n.305/2011 del 9 marzo 2011 modificato dal Regolamento Delegato (UE) n.574/2014 del 21 febbraio 2014 Uso previsto del prodotto: Tende per uso esterno Nome e indirizzo del fabbricante: KE PROTEZIONISOLARI S.r.l., Via Calnova 160/a, Noventa di Piave (VE) - Italia Sistema di valutazione e verifica della costanza di prestazione: 4 Classificazione secondo Prospetto 1 - §4.1 EN 13561:2015: Trasmittanza totale di energia solare gtot: fare riferimento al valore riportato in etichetta CE in base al tipo di tessuto...

Photometric data

KE has adopted a Quality Management System compliant with EN ISO 9001 requirements in order to maintain and increase quality and meet the highest customer expectations. This continuous improvement, through the control of all processes and careful evaluation of risks and opportunities, engages the entire organization in the development of systems to ensure the safety and reliability of the product and in the search for innovative solutions and technologies. KE has activated a Safety Management System as an integral part of its work organization, committing itself to organizing the entire structure...