Glass Standoff Description
Stainless steel glass handrail standoff is a type of hardware specifically designed to mount glass panels to a wall or another vertical surface, creating a modern and visually striking handrail system. These glass standoffs are designed to hold the glass securely in place while maintaining a minimalistic appearance that allows the glass to appear to float without visible support.
Glass handrail standoffs come in a variety of styles and sizes to accommodate different glass panel thicknesses and railing configurations. They are capable of adjusting to glass thicknesses from 5mm to 50mm, and to meet different installation needs.
Glass Standoff Specifications
|
Product Name |
Stand-off |
|
Glass Thickness |
8-12mm |
|
Weight |
Depend of different requirements |
|
Finish |
Classic Satin/Mirror Powder Coat Matte Black/White PVD-Black/Gold/Rose Gold/Gun Grey Anti-conductive Black/White Transparent Satin/Mirror We can do anti-fingerprint if necessary |
|
Material |
Duplex stainless steel 2205, Stainless steel 304/316 |
|
Application |
Stair railing, Balcony, Handrail, Balustrade |
|
Casting Process |
Silica Sol Technics with Lost-wax Process |
|
Certifications |
Australian Standard Test/Patent Certificate/IATF16949/ISO9001/ISO14001/TUV/PED/AD2000 |
|
OEM |
Available |
|
Annual Output |
2000MT |
|
Tooling Leadtime |
2--4 Weeks |
|
Delivery Time |
4--5 Weeks |
Package Specification
Plastic Bag, Bubble Bag.
Paper Carton, Wooden Case, or as Required.
Note
They are relatively easy to install and can be used in both indoor and outdoor applications. Stainless Steel Glass Handrail Standoffs are installed by drilling holes in the glass panels to accommodate the standoffs. The standoffs are then attached to the surface using screws or other fasteners, providing a stable and secure mounting point for the glass.
This product can be used to create suspended glass walls, handrails, partitions or other decorative glass structures. Ensure the standoffs are compatible with the type of glass panel being used, considering factors like thickness, weight, and edge treatment.
