Reinforced angle profile Baks C100H50/4,4NMC 867644 – steel construction component

Reinforced angle profile Baks C100H50/4,4NMC is a steel construction component engineered for structural connections and support in building and industrial assemblies. Its C-shaped geometry with a reinforced section provides increased stiffness compared with standard angle profiles, enabling reliable load transfer in frames, supports and brackets. The profile is intended for use where a combination of rigidity and compact cross-section is required.

Advantages

The reinforced design increases bending and torsional resistance while keeping the overall section compact, allowing stronger joints without substantially increasing material footprint. Made of steel, the profile offers consistent mechanical performance, dimensional stability and good compatibility with common fastening and welding methods. The uniform cross-section simplifies integration into modular assemblies and reduces the need for additional stiffening elements.

Suitable for

• Assembling load-bearing frames and substructures
• Creating supports, brackets and mounting rails
• Reinforcing joints in metal or mixed-material constructions
• Industrial racks, shelving and machinery frames

Key specifications

• Material: steel construction profile designed for structural applications
• Cross-section type: reinforced C-shaped angle profile with asymmetrical flanges
• Wall/thickness characteristics: designed to provide higher stiffness compared with non-reinforced profiles
• Surface: untreated or preparation-ready for common coatings, galvanizing or painting
• Joining methods: suitable for bolting, welding and mechanical fastening

How to use

Select the profile length and number of pieces required for the intended assembly and verify compatibility with adjoining elements. Cut and prepare ends as needed using appropriate metalworking tools, and prepare surfaces for welding or coating where required. Fix the profile in place using bolts, welds or rivets according to structural design and load requirements, ensuring correct alignment and fastening torque. When used as part of a load-bearing system, follow project calculations and structural standards to determine spacing, support points and connection details.

Usage recommendations

For durable results, store profiles in a dry area to avoid surface corrosion prior to treatment, apply protective coating where exposure to moisture is expected, and follow relevant structural design codes when specifying this reinforced angle profile for load-bearing applications.