C-channel reinforced CWT70H50/3.2MC 867832

Robust construction for demanding installations

The reinforced C-channel CWT70H50/3.2MC is a key structural element, widely used in the construction of freestanding supporting structures. Made of S350GD steel, this channel is characterized by high strength and resistance to loads. A sheet thickness of 3.0 mm ensures stability and durability even in harsh operating conditions.

Application and structural features

This reinforced channel is ideal for applications requiring a solid foundation and reliability. Its C-profile with dimensions of 70 mm wide and 50 mm high, combined with high-quality steel, guarantees the safety and longevity of the structure. Thanks to the use of steel with Magnelis®, MagiZinc® or PosMAC coating, the channel exhibits exceptional corrosion resistance – which is particularly important in outdoor or moisture-exposed installations.

Improvements for professionals

Designers and installers will appreciate a number of improvements introduced in this model. Extended holes (up to 35 mm) increase the tolerance range for the depth of embedding support posts into the ground, making it easier to level the panels. Changing the 'bean-shaped' holes to rectangular ones improves the locking of SGKFM10x20PV lock screws (with a mushroom head), increasing the safety of connections. Enlarged and denser perforation is adapted to BDF...H profiles, allowing the mounting of structures at various angles of inclination of the panels to the ground. The possibility of making solid channels with perforation only in the screw tightening places further optimizes the assembly process and reduces costs.

Material selection and compliance with standards

The C-channel CWT70H50/3.2MC is produced from S350GD steel, guaranteeing high quality and reliability. Magnelis®, MagiZinc® and PosMAC coatings provide excellent corrosion protection, extending the life of the element even in the most demanding atmospheric conditions. For assembly, it is recommended to use SGKFM10x20PV screws, which ensures optimal connection force and safety of the entire structure.