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Ronstan

Space. Simple form. Both mask a complexity inherent in tensile architecture. The structure in place, itself evidence of science and careful planning, stands to remind us of what can be achieved with the intelligent use of rods working together in tension. Be it a glazed curtain wall, a tensioned fabric roof, a simple yet elegant suspension bridge, or a cable net or grid structure, all can depend on rods as the primary load carrying elements. The results are structures of unique depth and openness, with large spans made possible by balancing the need for reduced self weight, with the application of minimalist and efficient high tensile rod tendons. This is lightweight tensile architecture and a Ronstan passion.


Description

The high tensile stainless rod with optimal aesthetics, efficiency and performance.

Lengths/Span

Up to 3.6m (12’) before joiners are required.

Rod Diameters

Up to 25.4mm (1”) as standard, or up to 31.8mm (1.25”) upon request.

Specific Features

  • Minimalist design ensures compact neat details.
  • Easy adjustment of the rod from one end enables simple access and fast installation reducing time on site.
  • No exposed threads ensuring the 'sleekness' of the rod is carried through the entire system.
  • Highest load capacity of Ronstan's Structural Stainless Steel Rods.
  • Clean polished stainless steel finish to withstand the harshest environments.
  • High strength to weight ratio allows the mass of your structure to be kept low while minimising material and transport costs.
  • High corrosion resistance and low maintenance due to material choice decreases the life cycle cost of the structure.
  • Range of surface finishes - #7 Polished and passivated (standard option), #4 Satin. Others by request.

Mechanical Properties


Minimum Yield Stress

Minimum Breaking Stress

Minimum Elongation
Young's Modulus

Ø 5.7 - 19.05 mm

(Ø 0.224 - 0.752 in)
690 N/mm²
(100,076 psi)
860 N/mm²
(124,732 psi)
12%
193 kN/mm²
(27,992 ksi)

Ø 22.2 - 25.4 mm

(Ø 0.874 - 1.0 in)
550 N/mm²
(79,770 psi)
795 N/mm²
(115,305 psi)
15%
193 kN/mm²
(27,992 ksi)


Description

S460 Stainless Steel Rods.

Lengths/Span

7.5m (24.6’) in diameters M10 (0.394”) to M56 (2.200”)
6.0m (19.7’) for M64 (2.520”) and M76 (2.990”)
before joiners are required.

Rod Diameters

M10 to M76 as standard

Specific Features

  • Attractive tapered nut and recognisable “tear drop” fork for a simple detail that will not date.
  • Simple connection detail of pin and fork minimising installation time and difficulty.
  • Satin finish stainless steel for a great modern look.
  • Large diameters available to allow consistent detailing throughout a project.
  • A minimum yield stress of 460 N/mm ensures that the system is approximately 30% stronger than standard grade S355 or lesser carbon steels.
  • Austenitic / Duplex material.
  • Polished Grit 220 (N3) as standard. Others by request.
  • Pins above 24mm may be of martensitic stainless steel.

Mechanical Properties

Minimum Yield Stress
Minimum Breaking Stress
Minimum Elongation
Young's Modulus
Minimum Charpy Impact Value


460N/mm²
610 N/mm²
15%
190 kN/mm²
27J @ -20° C


(66,700 psi)
(88,400 psi)

(27,500 ksi)


Description

A simple and effective stainless rod for moderate loads

Lengths/Span

3.6m (12.0’) in diameters 4.8mm (0.188”)- 12.7mm (0.500”)
6.0m (19.6’) for 19.05mm (0.626”) - 31.8mm (1.250”) before joiners are required

Rod Diameters

Up to 31.8mm (1.25”)

Specific Features

  • An economical solution when the high level finish of stainless steel is required, providing affordable good looks.
  • ARS3 - the perfect marriage of economy, strength and corrosive resistance.
  • The proven design provides ageless integrity to your structure.
  • 316 grade stainless steel.
  • Range of surface finishes - #7 Polished and passivated (standard option), #4 Satin, electropolished. Others by request.

Mechanical Properties


Minimum Yield Stress

Minimum Breaking Stress

Minimum Elongation
Young's Modulus

Ø 4.8 - 9.5mm

(Ø0.189 - 0.374 in)
340 N/mm²
49,300 psi)
680 N/mm²
(98,600 psi)
30%
193 kN/mm²
(27,992 ksi)

Ø 12.7 - 31.8mm

(Ø0.500 - 1.252 in)
257 N/mm²
(37,250 psi)
515 N/mm²
(74,690 psi)
30%
193 kN/mm²
(27,992 ksi)


Description

An attractive carbon steel rod system of unparalleled tensile strength

Lengths/Span

6.0m (19.6’) for diameters M10 (0.394”) to M16 (0.630”)
9.0m (29.5’) for M20 (0.787”), and 11.95m (39.2’) up to M100 (3.940”)
before joiners are required

Rod Diameters

M10 (0.394”) to M100 (3.940”)

Specific Features

  • Highest load capacity of Ronstan’s Structural Carbon Steel Rods reducing the mass of your structure with flow on benefits in transport and construction costs.
  • Large range of sizes to suit all applications allowing consistency in detailing throughout a project.
  • Range of surface finishes - Galvanised to BS EN ISO 1461-1999 or raw finish allows for on-site painting matching ARS4 to your structure in colour and finish.
  • Attractive tapered nut and recognisable “tear drop” fork for a simple detail that will not date.
  • Simple connection detail of pin and fork minimising installation time and difficulty.
  • A fine grain carbon steel.

Mechanical Properties

Minimum Yield Stress
Minimum Breaking Stress
Minimum Elongation
Young's Modulus


520 N/mm²
660 N/mm²
19%
205 kN/mm²


(75,400 psi)
(95,700 psi)

(29,700 ksi)


Description

The all purpose carbon steel rod system

Lengths/Span

6.0m (19.6’) for diameters M10 (0.394”) to M16 (0.630”)
9.0m (29.5’) for M20 (0.787”) to M90 (3.425")
11.95m (39.2’) up to M100 (3.940”)
before joiners are required

Rod Diameters

M10 (0.394”) to M100 (3.940”)

Specific Features

  • Large range of sizes to suit all applications allowing consistency in detailing throughout a project.
  • Range of surface finishes - Galvanised to BS EN ISO 1461-1999 or raw finish allows for on-site painting matching ARS5 to your structure in colour and finish.
  • Attractive tapered nut and recognisable "tear drop" fork for a simple detail that will not date.
  • Simple connection detail of pin and fork minimising installation time and difficulty.
  • A minimum yield stress of 460 N/mm² ensures that the system is approximately 30% stronger than standard grade S355 or lesser carbon steels.

Mechanical Properties

Minimum Yield Stress
Minimum Breaking Stress
Minimum Elongation
Young's Modulus


460N/mm²
610 N/mm²
19%
205 kN/mm²


(66,700 psi)
(88,400 psi)

(29,700 ksi)