Top Rail Features for Glass Railing

Our unique top rail is bump-formed using precision tooling, allowing for a tighter tolerance to be held with respect to the diameter of the glass rail. This special process forms the metal around a radius die, ensuring the metal stays in place within a tolerance of 31/1000th of an inch without spring back after the rail is formed. This allows a smoother installation of end-to-end glass railing connections of top rail, splices, corners, and end caps. For added strength and stability, the channel within the brass and steel top rail is welded in place every 3 inches on both sides.

Glass Railing Materials and Finishes

Aluminum handrail sections are extruded from alloy 6063-T6 and finished in accordance to job requirements. Aluminum base shoes are extruded from alloy 6063-T5. Both are available in mill or anodized finish.

Brass rail components are made from Type #260 Brass. Our standard finish is #8 polished. #4 brushed is also available.

Stainless Steel components are made from Type 304 stainless steel (or Type 316 upon request). Standard finishes are #8 polished and #4 brushed.

Custom finishes including anodizing are available for aluminum components. Minimum runs and extended lead times may be required.

Glass Railing Code Requirements and Regulations

Morse Industries aluminum shoe moldings were subjected to structural engineering by the independent testing lab of Wiss, Janny, Elstner Associates, Inc. of Northbrook, Illinois. The full report is available upon request.

Model code regulations usually require either a 50 lb/ft uniform loading or a 200 lb concentrated load to the handrail at a distance of 42" above floor level. Most model codes require that glass handrails be capable of safely resisting these loads.

The designer should consult governing code, local ordinances, project specifications, and regulatory authorities to determine requirements for compliance. It is the responsibility of the building owner, architect, and installation subcontractor to comply with applicable building codes and regulations.

All proposals and data herein are presented in good faith and are based upon information Morse Industries believes to be accurate and reliable. As conditions and methods vary widely on the use of these products, Morse Industries does not imply or extend any warranty for suggestions contained herein.