Cover Technology designs and manufactures modular and tensile structures in special aluminium alloys for the civil, military, industrial, and sports sectors, to meet the specific needs and requirements of every customer.
We design and sale tensile structures and aluminium modular structures for the aeronautical, military, commercial, and sports industries, as well as for civil protection and emergency situations.
We rent out tensile structures and accessories for the industrial sector, temporary warehouses, airports, the green sector, events, fairs, horseback riding, and sports – all with tailor-made solutions.
Thanks to our advanced technological infrastructure and our experienced staff, we offer a wide range of modular solutions.
The modular aluminium structures by Cover Technology are designed and manufactured in Italy, to ensure the highest quality and safety standards.
In today’s industrial landscape, sustainability is a crucial challenge for companies, and Cover Technology is committed to playing a key role in promoting sustainable practices. Our goal is not only to offer innovative solutions for our modular aluminum structures, but also to actively reduce environmental impact, embracing ecology as a fundamental guiding principle in everything we do.
Cover Technology’s dedication to ESG topics is recognized by EcoVadis®, which ranks the company in the top 15% worldwide.
When it comes to certifications, we are proud to hold ISO 9001:2015, ISO 14001:2015, ISO 45001:2023, ISO 3834-2:2021, EN 1090-1:2009+A1:2011, and UNI/PdR 125:2022, ensuring the highest quality of our products and processes. We strictly comply with European and national regulations to guarantee safety, reliability, and inclusiveness.
Our modular structures, thanks to their special anchoring system without foundations or concrete planes, are ideal for all temporary or semi-permanent buildings such as warehouses, hangars, workshops, riding arenas, storages, or events.
Our wide range of exclusive extruded aluminium alloy profiles makes it possible to manufacture large structures, minimising their weight for an easier assembly and limiting maintenance even after many years and repeated use.
