Wall Stop Mount

The Wall Stop Mount 37° is a stainless steel handrail end fitting designed to terminate a handrail run against a wall or vertical surface at a fixed 37-degree angle, providing a secure, angled wall connection point that accommodates the natural rake of a staircase handrail where it meets the wall at the top or bottom of a stair flight. As clearly shown in the image, the fitting presents a compact, cast body with a raised cylindrical boss angled at 37 degrees relative to the oblong base plate,  the boss bore receiving the handrail tube end at the correct staircase pitch angle, while the flat base plate sits flush and square against the wall surface below. Two fixing holes are visible at each end of the oblong base plate, providing a stable, dual-bolt wall fixing that resists the bending and pull-out forces transferred from the handrail end into the wall substrate.

Supplied in a high-quality Mirror Finish and available in two tube outside diameter sizes, 38.1mm and 50.8mm, the wall stop mount 37° is designed to suit the most commonly specified round handrail tube diameters in staircase and balustrade installations. The mirror polish delivers a bright, highly reflective surface that complements mirror-polished handrail tube and fittings, presenting a premium, cohesive appearance throughout the handrail system where high-specification visual finish is a design priority.

The 37-degree boss angle is specifically matched to standard staircase pitch geometry, enabling the handrail tube end to be inserted and secured into the boss at the correct rake angle without any angular modification or site cutting of the fitting. The flat, oblong base plate sits cleanly and flush against the wall surface regardless of the tube angle, providing a stable, full-contact bearing face for the fixing bolts and ensuring a neat, professional appearance at the wall termination point. The smooth mirror-finished body is easy to clean and maintain, making this fitting well-suited to high-traffic commercial staircase handrail installations where both structural performance and surface quality are essential