L-Profile

These L-profiles are often installed with electro-galvanized applications at door and gate openings and at some quays. Vanes have been attached to the inner side to improve anchorage in concrete. One side of the profile has Ø8 mm holes, which are useful for potentially being fastened in existing floor portions. Besides providing a finish, these L-profiles also offer protection to the poured concrete.

Image
L-Profile

Related products

Image
Cosinus Slide joint
Discover

Cosinus slide® joint

The Cosinus Slide® armour concrete floor joint is by far the strongest armoured joint for concrete industrial floors. Invented in 2012, the Cosinus Slide® is a smart investment in the future of your industrial floor.

Image
e-slide joint
Discover

e-slide joint

The e-slide construction floor joint is our new solution for concrete industrial floors with lower load requirements.

Image
e-straight joint
Discover

e-straight joint

The e-straight construction joint is our new solution for concrete industrial floors with less static (racks) and dynamic (traffic) load requirements.

Image
Omega 3mm with rubber
Discover

Omega 3 mm Sealed

Available in galvanized or stainless steel, this joint has been designed specifically for outside applications.

Image
HC Omega mini
Discover

HC Mini Omega

The range of the HC-Mini Omega joint is especially designed for applications in industrial floors on elevated bearing slabs, stage floors, parkings on roofs and also in small industrial floors in buildings and private houses.

Image
cosinus connect joint
Discover

Cosinus Connect joint

A special joint with a 2mm connecting plate which enables the anchorage to connect into existing concrete floor slabs.

Image
Sinus Slide repair joint
Discover

Sinus Slide repair joint

In cases where serious damage has occurred at joint in the industrial floor, only a durable repair is of any use. It is important to eliminate the cause of the damage, which is often the impact of passing wheels. The application of the Sinus Slide solution in this instance has been shown to be a highly effective method of reparation at joint.