The T-7 trapezoidal sheet is a profile commonly used for garage doors, in container housings, and also as a soffit in the colour of a cover or a wood-like coating.

Trapezoidal sheet T-14 is a profile available in the roof and facade versions. It is most often used as garage doors, in container housings and as a soffit in the colour of a cover or a wood-like coating. 

The T-18 profile is a densely profiled trapezoidal sheet with a drainage groove used both for roofs and facades.

Trapezoidal sheet T-18 ECO is a roof (with a drainage groove) and facade profile characterized by an interesting pattern with reinforcing wave ribs and a very efficient usable width. The T-18 ECO trapezoidal sheet is effective, attractive and economical.

The T-35 is a trapezoidal roof and facade sheet. It is mainly used as a wall cladding, often designed together with a wall cassette. Due to its parameters, it is not only dedicated to investment construction, but also used as roofing in private construction.

The T-35 ECO trapezoidal sheet, due to its parameters, is dedicated to investment construction. In relation to the basic version of the T-35 trapezoidal sheet, one wave was removed which allowed to increase the effective coverage width by 15 mm. Trapezoidal sheet T-35 ECO is available in the roof and facade versions.

The T-50 profile used mainly in industrial construction. It is a construction profile for flat roofs used among other things as a load-carrying layer under a heat insulation. Due to its interesting shape, it is also used as a top covering of a roof or facade.

The T-55 trapezoidal sheet is used mainly in industrial construction as a roof or facade profile. The product can be used both as a jsk construction sheet and ceilings as well as concrete poured formwork.

The T-60 profile is used for the cladding of halls, large and small-area facilities, mainly for insulated roofs, but also for external roofs.

The T-80 trapezoidal sheet is a product offering very favourable performance parameters - as a structural profile with a height of 80 mm, it also provides a large effective coverage width. Its strength allows for increasing the distance between the support points while maintaining the required parameters for transferring the loads required in the design.

The T-130 structural trapezoidal sheet of very high strength, used in load-bearing structures with a large span. It is used in industrial construction. Its strength allows for increasing the distance between the support points while maintaining the required parameters for transferring the loads required in the design.

The T135-930 structural trapezoidal sheet of very high strength, used in load-bearing structures with a large span. It is used in industrial construction. Its strength allows for increasing the distance between the support points while maintaining the required parameters for transferring the loads required in the design.

The T-135-950 structural trapezoidal sheet of very high strength, used in load-bearing structures with a large span. It is used in industrial construction. Its strength allows for increasing the distance between the support points while maintaining the required parameters for transferring the loads required in the design.

The T-153 is a high structural profile of high strength. It is mostly recommended for constructions with large span between girders. Its strength allows for increasing the distance between the support points while maintaining the required parameters for transferring the loads required in the design.

The T-160 is a high structural profile of high strength. It is mostly recommended for constructions with large span between girders. Its strength allows for increasing the distance between the support points, while maintaining the required parameters for transferring the loads required in the design.

The T-200 is a high structural profile of high strength. It allows for increasing the distance between the support points while maintaining the required parameters for transferring the loads required in the design. In addition, the height allows you to design a span up to 12m while maintaining the required deflection.