Roofing for 3 paddle tennis courts at the University of León in León – Spain
The covering of 3 paddle tennis courts at the University of León has been carried out using the INCO 155.3 curved roof system with a span of 22 metres
INCO 155.3 lost formwork in the Volkswagen Navarra Extension
The extension of the Volkswagen production centre incorporates the lost formwork system with the INCO 155.3 profile for the new slab levels
INCO 155.3 Formwork
The INCO 155.3 Formwork non-composite profile is used as permanent formwork in industrial constructions.
INCO 100.3 Formwork
The INCO 100.3 Formwork non-composite profile is used as permanent formwork in industrial constructions. With a profile depth of 100 mm and a profile pitch of 275 mm, it allows the execution of a permanent formwork with a minimum slab of 150 mm.
INCO 70.4 Formwork
The INCO 70.4 Formwork non-composite profile is used as permanent formwork in industrial constructions. With a profile depth of 70 mm and a profile pitch of 210 mm, it allows the execution of a permanent formwork with a minimum slab of 120 mm.
INCO 44.4 Formwork
The INCO 44.4 Formwork non-composite profile is used as permanent formwork in industrial constructions. With a profile depth of 40 mm and a profile pitch of 245mm, it allows the execution of a lost formwork with a minimum slab of 90 mm.
INCO 30.5 Formwork
The INCO 30.5 Formwork non-composite profile is used as permanent formwork in industrial constructions. With a profile depth of 30 mm and a profile pitch of 275 mm, it allows the execution of a permanent formwork with a minimum slab of 80 mm.
INCO 30.4 Formwork
The INCO 30.4 Formwork non-composite profile is used as permanent formwork in industrial constructions. With a prorfile depth of 30 mm and a profile pitch of 275 mm, it allows the execution of a permanent formwork with a minimum slab of 80 mm.
Composite floor profile: what it is, how it works, and when to use it
The composite floor profile is key in the composite slab system. Its metal profile optimizes construction and improves structural strength in various projects.
Self-supporting curved roof with a span of 22 meters at the Marie Curie educational center in Seville – Spain
The INCO 155.3 Curved self-supporting profile, given its great resistance capacity, has been used to cover a sports court at the public preschool and primary school of Marie Curie in Seville (Spain).