Selected 316-Grade Stainless Steel
The selected material requirement is 316-grade stainless steel. The order schedule needs the applicable tube, cable and terminal material references together; appearance alone is not a material-grade specification.
Stainless Steel Cable Railing with Square Posts and a Flat Top Rail
Stainless Steel Cable Railing with Square Posts and a Flat Top Rail
- Selected stainless specification
- 316-grade stainless steel; tube, cable and terminal references coordinated
- Stainless steel finish
- Brushed finish · selected 316-grade stainless
- Selected bay and posts
- 1000 mm post centers; 50 × 50 × 2 mm post section
Cable Infill, Square Posts and Flat Top Rail
Stranded Cable Infill
Slender metal cables span between the posts and connect through end fittings. Cable infill leaves an open view between the supporting members; it is a different assembly from a glass panel held by point fixings.
Square Posts and Flat Rectangular Rail
The selected post section is 50 × 50 × 2 mm, with a 50 × 25 × 2 mm rectangular top rail. Stair runs follow the surveyed incline, while landing sections use their own level geometry and connection details.
Terminals, Supports and Mounting Interfaces
End terminals, intermediate supports, posts and their anchors work as one assembly. Identify the cable route, tensioning ends, rail joints and mounting interface on the same drawing revision so the quotation covers the intended system.
Stainless Steel Railing Material and Finishes
Brushed Stainless Surface
The brushed option gives the posts and rail a directional surface. Record the grain direction at horizontal rails, sloped rails and posts, along with the treatment of exposed joints.
Polished Stainless Surface
The polished option retains the selected post, rail and cable geometry with a more reflective finish. Keep the finish reference consistent across exposed fittings, weld treatment and adjoining rail pieces.
Selected Cable Railing Order Specification
| Selected stainless specification | 316-grade stainless steel; tube, cable and terminal references coordinated |
|---|---|
| Selected surface finish | Brushed finish · selected 316-grade stainless |
| Selected landing guard height | 1100 mm; project guard requirements engineered for the site |
| Selected bay and posts | 1000 mm post centers; 50 × 50 × 2 mm post section |
| Selected rectangular top rail | 50 × 25 × 2 mm |
| Selected cable and pitch | 4 mm nominal cable diameter; 80 mm vertical pitch |
| System interfaces | Terminals, supports, joints and project-designed base/anchors |
| Engineering basis | Guard loads, openings, cable tension/deflection and supporting structure reviewed for the project |
| Standards & certificates | Matched to the ordered model: tell us the standards or certificates your market or project requires, and we confirm in writing which documents are available for this configuration before you order. |
Open product drawing ↗
Cable Railing Geometry, Tension and Anchorage
Selected Landing Bay
The selected drawing basis is a 1100 mm landing guard height with 1000 mm post centers, 4 mm cables and 80 mm vertical cable pitch. These are procurement geometry values, carrying no safety approval or code certification.
Cable Tension and Openings
The project engineering review must establish required guard loads, cable deflection, openings and the effect of the chosen bay width.
Anchors and Supporting Structure
Base plates, anchor type, embedment, edge distances and the supporting structure need a project-specific design. A finished deck, tile or timber tread is a surface layer; the connection must be checked against the actual supporting construction.
Cable Railing Quote and Component Schedule
Stair and Landing Runs
List each straight run, stair incline, landing turn, end and opening from the surveyed plan. Separate posts, top rails and cable runs so a change in the stair geometry does not remain hidden in a single overall length.
Fittings and Finish
The quotation schedule includes the selected cable and terminal references, intermediate supports, rail joints and finish. Keep terminal ends, intermediate supports and rail-joint references with their selected finishes and exposed joint treatment.
Packing and Project References
Label rails, posts, cables and fittings by their run or bay reference. Quantities, transport lengths, destination and schedule belong with the approved drawing and commercial terms so components can be matched to their installation location.
Engineering and Anchorage
State the project engineering review, mounting components and anchor design as clearly assigned quotation items.
Cable Railing Component Schedule
- Geometry
- Surveyed stair/landing runs, selected height, bay width, sections and cable route
- Metal components
- Posts, top rails, cables, terminal references, joints and finish
- Engineering and mounting
- Project guard requirements, anchorage design and clearly assigned responsibilities
- Packing and delivery
- Bay references, component counts, transport lengths, destination and agreed schedule
Stainless Steel Cable Railing Questions
What is the selected cable railing configuration?
The selected landing basis uses 50 × 50 × 2 mm square posts, a 50 × 25 × 2 mm rectangular top rail, 4 mm cable and 80 mm vertical cable pitch. The landing guard height is 1100 mm with 1000 mm post centers. These values define a procurement drawing basis; they do not provide safety or code certification.
What stainless steel grade is used?
The railing is 316-grade stainless steel, chosen for coastal and outdoor exposure. Brushed or polished is a separate finish choice on the same 316 steel.
Who establishes cable tension and allowable openings?
The project engineering review establishes the required guard loads, permitted openings and deflection, then checks the selected cable, terminals, supports and bay width together. A cable diameter or nominal pitch is only one input to that review.
Are base plates and anchors a standard part of every railing run?
The mounting interface is project-specific. Base plates, anchors, embedment and edge distances depend on the actual supporting structure. The quotation needs to state which mounting components and design responsibilities are included for each run.
Can this railing follow a staircase and turn onto a landing?
The configuration uses separate stair and landing runs connected through the selected posts and rail joints. Provide the stair incline, finished levels, turns and supporting edges so the cable route and connection geometry can be coordinated before fabrication.
What information is needed for a cable railing quote?
Include surveyed plans and elevations, finished levels, stair incline, run lengths, mounting structure and the project’s guard requirements. Add the selected stainless material and finish, terminal references if already chosen, destination and component list.
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