Post RHS 50 x 10mm Intermediate 960mm with 11 holes for Flat Handrail Mirror Polish
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Post RHS 50 x 10mm Intermediate 960mm with 11 holes for Flat Handrail Mirror Polish
Stronger intermediate posts to help meet NCC wire spacing requirements. High quality stainless steel 316 intermediate RHS posts to suit flat timber handrails, ready for simple and easy installation. 960 height, 11x 8mm holes at 80mm spacing designed to act as spreaders for wire balustrade. In Mirror Polish and supplied with 75mm x 50mm base and top plates. Featuring heavy duty, fully welded base and top plates.
In stock
SKU
P-RHS9605010-MP-K
Product Material
Stainless Steel 316
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Post RHS 50 x 10mm Intermediate 960mm with 11 holes for Flat Handrail Mirror Polish
Buy 2 with 5% discount each
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Post RHS 50 x 10mm Intermediate 960mm with 11 holes for Flat Handrail Mirror Polish
High quality stainless steel 316 intermediate RHS posts to suit flat timber handrails, ready for simple and easy installation. Designed to act as spreaders/droppers for wire balustrade. Available in a quality satin finish or mirror polish and supplied with 75mm x 50mm base and top plates for slimline looks. Featuring heavy duty, fully welded base and top plates.
It is recommended to balance NCC post spacing and handrail support requirements with some type ofsupport post. These RHS intermediate posts are not designed to be the sole posts to construct a balustrade. They can provide added structure and rigidity to your overall handrail and therefore balustrade function.
Suits NCC requirements - Meets commonly implemented 80mm wire spacing at 960mm height to construct a 1000mm+ handrail height
Clean and neat - clean welds and polished finish
Ready to install - simply position and fasten to your handrail and flooring with 10G self tapping screws
Also available in Satin Finish
Please note: standard 8mm grommets won't fit these posts as they'll collide when inserted back-to-back. The holes in these posts are deburred, so the risk of wire friction and rubbing is limited. Technically the wire should pass through unimpeded if the wire runs are straight.