114.3 x 6.0 Circular Hollow Section S235 (Copy)
The 114.3 x 6.0 Circular Hollow Section S235 (Copy) is a circular hollow section measuring 114.3 × 114.3 mm — a closed tube with no weak axis at all, which is why it is the go-to profile for exposed structural work. Closed profiles are enormously stiffer in torsion than any open section, so a CHS is the sensible answer for cantilevered signage, gantry arms and anything that twists.
Drilling, Finishing and Beam Rename
No beams to fabricate yet.
Cutting Plans & Visualisation
Reference Images
At 16.8 kg per metre, one tonne buys roughly 59.5 linear metres. It is heavy enough to need mechanical handling on site, but light enough that a standard HIAB offload covers delivery in one visit. Standard supply is S235 to BS EN 10210 / BS EN 10219, with fabrication carried out here before dispatch. Every order carries EN 10204 3.1 mill certification and is CE marked under BS EN 1090 EXC 3.
Typically specified for exposed architectural columns, handrails and balustrade posts, gantry and sign posts, tubular trusses and bollards and street furniture.
Galvanising a closed section needs vent and drain holes; we position them where they will not be seen.
Services for this section
Cut, drilled, certified, delivered
- Cut to length, drilled and notched
- BS EN 9606-1 coded welding
- CAD detailing and connection design
- CE Declaration of Performance
- worldwide delivery with HIAB offload
- Live structural steel prices
- Request a quote (24-hour response)
- Speak to the sales team
Browse other categories
Other structural steel sections
FAQs
114.3 x 6.0 Circular Hollow Section S235 (Copy),
answered.
Common questions about the 114.3 x 6.0 Circular Hollow Section S235 (Copy) — weight, grade, cut-to-length and worldwide delivery.
- It weighs 16.8 kg per linear metre, so a tonne is approximately 59.5 metres. A 6 m length comes to about 101 kg. Use the figure for lifting plant selection and for pricing, since structural steel is sold by weight.
Ready to order | 114.3 x 6.0 Circular Hollow Section S235 (Copy)