Zintek®

Zinc Titanium For Architecture

Zintek® Srl is present on the national and international market as the sole Italian manufacturer of zintek® titanium zinc rolled products for architectural use and is part of the Cordifin Group, a holding that operates in the real estate, industrial and financial sectors.
Zintek® provides any solution related to the choice and application of the zintek® titanium-zinc rolled products and is a reference point for the construction of roofs, facades and sheet metal works suitable for any context, from the new building to the conservative restoration, up to the regeneration of disused buildings.
The zintek® production plant, active in Porto Marghera since 1936 on an area of 86 thousand square meters, is a historical reference point in the Venetian, Italian and international metallurgy.

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Clients

Major works involving the use of zintek® include: the UniCredit Pavilion, Prysmian Headquarters and San Luca Auxological Hospital in Milan; the Cittadella dell’Edilizia in Porto Marghera; the Alitalia headquarters in Rome; conservative restoration works: the Molino Stucky Hilton Hotel on the Giudecca Island in Venice; the Post Building in Trieste; the cupola of the Church of the Archangel Saint Michael in San Michele di Piave; requalification works in historical contexts: the headquarters of the Messaggero di Sant’Antonio in Padua; piers and kiosks in the historical center of Venice. Furthermore, the company has participated in internationally relevant projects, such as the requalification of Le Albere neighborhood in Trent, designed by Renzo Piano, and has continued its collaboration with the architect during the recent construction of a pediatric hospital in Uganda for Emergency.

Zintek® has also broadened its horizon to include international markets, thanks to a line of innovative products offered via specific sales channels.

Product Certifications

Responsible use of resources, life cycle assessments for products and materials, compliance with European Standards: our product certificates are further proof of the high quality of zintek® rolled products.

CE MARKING

CE marking indicates that a product conforms to the harmonized EU standard and can therefore circulate freely within the Single European Market.

LEED CREDITS

The classification of building energy efficiency and ecological footsteps provides a standard for assessing the environmental sustainability of buildings.

LCA – Life Cycle Assessment

This methodology measures the environmental impacts of a product or process by taking into account each phase of its life cycle.

EPD – Environmental Product Declaration

EPD clearly and independently describes the environmental impact of a product throughout its entire life cycle.

SYSTEM CERTIFICATIONS

Zintek has chosen to certify its processes, to ensure maximum reliability for employees, partners and clients.

ARCHITECTURE OF MATTER: THE VALUE THAT MAKES THE DIFFERENCE

INNOVATION

Zintek® has launched on the market a line of colored rolled products obtained with a pigmentation coloring process that offers a wide range of possibilities for applications.

TECHNOLOGY

The colors have been developed to highlight the aesthetic quality of zintek® rolled products, while maintaining its technical and functional characteristics intact.

VERSATILITY

The zintek® rolled products are ideal for architecture and interior design, and they give personality and originality to every project, in full harmony with the environment.

ZINTEK®: AN ITALIAN PRODUCT

Zintek® is an alloy composed of zinc, copper and titanium, produced with high-quality 99.995% zinc, in full observance of European standard EN 1179, with the addition of alloying elements. The zintek® rolled products complies with European standard EN 988 “Zinc and Zinc alloys – Specifications for flat rolled products and for construction works.” The alloy components which improve the characteristics of zinc in the rolled products are titanium, which increases resistance to permanent deformation, and copper, which increases tensile strength. The combination of these two components reduces the alloy’s expansion coefficient.