(3) Łuk 135 Chrom fi40 Elbow Fitting 135° 40mm Max 100mm End-to-Grip Distance

Product Overview

The (3) Łuk 135 chrom fi40 (421-512) is a 135-degree chrome-plated elbow fitting designed for use in modular railing or handrail systems with a 40 mm diameter. Frequently specified in residential and commercial staircase projects, it facilitates angled transitions between straight rail sections while maintaining a consistent aesthetic and structural profile.

What distinguishes this SKU is its precisely defined end-to-grip bracket distance, ensuring that the gap from the end of the handrail to the nearest support is a maximum of 100 mm. This detail is critical for meeting building code or accessibility requirements, reducing installation risk for contractors and specifiers. Particularly suited for compliance-driven installations in public buildings or staircases subject to regular inspection.

Key Features

• 135-degree angle ? enables angled joints in railing runs for staircases and ramps


• Chrome finish ? durable surface treatment for corrosion resistance and architectural appeal


• Fitting diameter fi40 ? compatible with 40 mm handrail tubing systems


• Restricted end-to-support distance ? maximum 100 mm meets safety and accessibility guidelines


• Suitable for modular systems ? supports fast, standardized assembly and retrofitting

Technical Specifications

• Angle: 135°


• Finish: Chrome


• Diameter: 40 mm (fi40)


• Maximum End-to-Grip Distance: 100 mm

Applications

Intended for installation in modular handrail and railing systems used in residential, commercial, and public building staircases or ramps. Ensures compliance with safety standards that regulate the distance between the handrail end and the nearest support bracket. Especially applicable in schools, hospitals, offices, and other environments where accessibility and safety compliance are mandated.

Packaging & Shipping

Standard export packaging. Unit includes chrome elbow fitting suitable for fi40 tubing. Installation accessories supplied according to order specification.