Tube Fittings

This fitting uses three tubes to form a connection. The two outer tubes can not be one continuous piece. The angle which this fitting provides is between 0 – 45 degrees.

This fitting connects three tubes together. Tube 1 and tube 2 can be either one continuous piece or two pieces connected using the fitting. Tube 3 is an end piece which connects 90 degrees from tubes 1 and 2.

Used to join to top rails on level ground. This tube clamp has the capability to join two horizintal tubes within the fitting. 90° joint.

This fitting uses three tubes to form a connection. The two outer tubes can not be one continuous piece. The angle which this fitting provides is between 0 – 45 degrees..

Adjustable from 30° to 60°, used on staircase top rails and braces. The through tube cannot be joined within the fitting.

This fitting combines two tubes together. The open slot design allows for new additions without disassembly. The slot allows unusually shaped beams to be inserted and secured.

90° bolt-on joint, used to make additions or alterations to existing structures where a short tee or similar cannot be fitted.

This fitting connects one tube and one fitting together. The part of the fitting which contains the grub screw is attached to one continuous tube, while the other section slides into any other fitting of the same size.

This fitting connects three tubes together. Tube 1 and tube 2 can be either one continuous piece or two pieces connected using the fitting. Tube 3 is an end piece which connects 90 degrees from tubes 1 and 2.

Used to join to top rails on level ground. This tube clamp has the capability to join two horizintal tubes within the fitting. 90° joint.

This fitting produces a 90 degree corner using three tubes. Tube 1 must be one continuous tube. Tubes 2 and 3 are end pieces which are 90 degrees from tube 1. Tubes 2 and 3 are also 90 degrees from each other.

Used to join middle rails to upright as a corner on level ground. 90° corner joint, often used on middle rail on level sites and often paired with corner top. The through tube cannot be joined within the fitting.

This fitting connects two tubes into a corner which produces an angle between 40 – 70 degrees. Tubes 1 and 2 are both end pieces which can have its angles adjustable to suit the intended structure. Used to make top elbow in stair.

This fitting connects two tubes into a corner which produces an angle between 125 – 178 degrees. Tubes 1 and 2 are end pieces with adjustable angles to suit a variety of tasks. Used to make bottom elbow in stair.

This fitting puts two tubes together into a 90 degree corner piece. Tubes 1 and 2 are end pieces. 90° angle joint, used where top rail meets end upright on level sites.

This fitting combines three tubes into a cross. Tube 1 must be one continuous piece, while tubes 2 and 3 are end pieces. Tube 1 is 90 degrees from tubes 2 and 3, and tubes 2 and 3 are on the same axis. Used to creat middle rails to uprights on level ground.

This fitting puts three tubes together into a corner assembly. Each tube is 90 degrees apart from each other. 90° corner joint used where top rail meets corner upright on level sites. Often paired with corner middle.

This fitting joins three tubes together into a cross intersection. The angle which the intersection can be is between 30 – 45 degrees. The middle tube must be one continuous piece. This tubeclamp fitting is used where middle rails on staircases meet intermediate uprights.

This fitting joins five tubes together. The centre insert is 90 degrees from all other portions, all the other sections of the fitting are 90 degrees from each other; and they allow continuous pieces to slide through. This occurs while the centre tube is also inserted.

This fitting secures two tubes together. The open slot allows the connection to existing structures. Both tubes must be one continuous piece each. This means the tubes overlap to produce a cross connection. Used to make offset cross over on existing structure.

This fitting joins two tubes together into a cross. Both tubes need to be continuous pieces, which makes the tubes overlap each other in a 90 degree orientation when used.

This fitting makes use of three tubes together. Tube 1 and tube 2 must be continuous pieces, while the tube 3 is an end piece of a tube. Tube 2 is oriented 90 degrees from tube 3.

This fitting combines four tubes together. Tube 1 must be continuous while all other tubes are end pieces. The middle tube is 90 degrees from all other tubes. Often used in large tubular structures with the upright passing through the fitting. Tube 1 (vertical in the picture) cannot be joined within the fitting.

Positional fixing flange which is used where rails meet walls on level sites.. This tube clamp is not recommended to be used as a base plate.

This fitting connects one tube to a solid object. There are two mounting holes which fasteners must use in order to secure the fitting into place.Base flange, used for uprights on level sites. Fixing holes suit a wide range of common mechanical and chemical masonry anchors.

This fitting puts one tube into the ground. The fitting is placed into a hole and filled with concrete to a specified level, its intended design is such modifications for disassemblies are made easily.

This fitting attaches to one continuous piece of tube. The surface which it is mounted to needs to be solid and flat. The angle of the tube slope can be at any degree to the ground. Used to attach handrail to wall or used as a kick plate mounting. The tube cannot be joined within the fitting..

This fitting attaches to one end of a tube. The flat part of the fitting is secured to a flat solid object, and is rectangular with the longer sides running along the same direction as the tube. Each fitting has two holes for fastening. A palm-type fitting, used to attach guardrail uprights to walls, staircases and ramps. In standard form, the tube cannot pass through the bottom of the fitting.

This fitting attaches to one end of a tube. The flat par of the fitting is secured to a flat solid object, and is rectangular with the longer sides running 90 degrees to the direction of the tube. Each fitting has two holes for fastening. Used to attach upright to wall or staircase or ramp that is offset. In standard form, the tube cannot pass through the bottom of the fitting.

This fitting is attached to one end of a tube. The flat part of the fitting is secured to a flat solid object and is secured to a flat solid object, and has a spade shape. Each fitting has three holes for fastening. Used to attach upright to wall or staircase or ramp that is offset. In standard form, the tube cannot pass through the bottom of the fitting.

Designed for guardrail and balustrade applications with the added benefit of attaching a toeboard to the base. The base plate holes are sufficient diameter to allow for attachment with either a mechanical or chemical masonry anchors

This fitting connects onto the end of one tube. The flat portion of the fitting secures onto a flat solid object, it is very similar to fitting 145 except the tube doesn’t offset as far off from the object than 145. Fixing holes suit a wide range of common mechanical and chemical masonry anchors..

This fitting assembles three tubes together. The middle post needs to be one continuous piece, while the two other pieces are end pieces of a tube. The lugs are orientated so that they are in a straight line (not for corners). Both end pieces has a swivelling range of between –85 to +85 degrees. A versatile swivel fitting, useful for awkward applications where angles cannot be accommodated by adjustable angle fittings. The through tube cannot be joined within the fitting.

This fitting uses three tubes together. The middle post needs to be one continuous piece, while the two other pieces are end pieces of a tube. The lugs are orientated so that they are 90 degrees apart (for corners). Both end pieces has a swivelling range of between –85 to +85 degrees. A versatile swivel fitting, useful for awkward applications where angles cannot be accommodated by adjustable angle fittings. The through tube (vertical in the picture) cannot be joined within the fitting.

This fitting connects one tube onto a flat solid object. The pivoting range of the fitting is 170 degrees. A versatile swivel fitting, useful for fixing angled tubes to walls etc. Fixing holes suit a wide range of common mechanical and chemical masonry anchors.

This fitting joins two tubes together into a swivel tee joint. The top tube must be one continuous tube; swivelling range for this fitting is 170 degrees. A versatile swivel fitting, useful for awkward applications where angles cannot be accommodated by adjustable angle fittings.

This fitting secures one tube onto a flat solid object. The fitting allows an angle adjustment of 0 – 11 degrees for the tube against the flat object, which provides a strong anchor point. Used as base flange on sloping ground.

This fitting combines two tubes together. Tube 1 must be one continuous piece, while tube 2 allows an end tube. The second tube has a 0 – 11 degree adjustability from the horizontal level position. This means the second tube can move between -11 and +11 degrees all together from the horizontal level position. Used as a butt joint tee connection for sloping sites.

This fitting joins two tubes together. The fitting provides a 79 – 101 degree angle between the two tubes when installed. Angle joint adjustable for slopes from 0° to 11°, often used where top rail meets end upright on sloping sites.

This fitting joins three tubes together. The top two tubes inserted into the fitting can be one continuous piece. The fitting has an angle adjustability of between 0 – 11 degrees. Used as a butt joint tee connection for sloping sites. This fitting accoadates 0 to 11 degree sloping ground.

This fitting combines three tubes together. The middle tube must be one continuous piece. The two end tubes provide an adjustable angle of –11 to + 11 degrees to horizontal level position. Used as a cross connection for sloping sites. This fitting accomodates 0 to 11 degree sloping ground.

This piece is used where exposed ends of tubes are not enclosed within the fittings. The caps are inserted into the exposed end of the tubes and not into the fitting itself. They are available in either black or grey (ask staff for availability). Caps are also available in metal with galvanised finish.

This fitting is inserted into the end of one tube. It is very similar to the plastic caps of 133, however these are galvanised steel end caps.

This fitting is attached to one continuous piece of tube. It can be used either on the swinging portion or on the section which is fixed. For stability, two or more fittings are recommended on the same tube. Fitting 140 usually accompanies any fitting used. Used with gate hinge fitting to form gate hinges. Used to make gate with 140. The tube cannot be joined within the fitting.

This fitting is attached to one continuous piece of tube. It can be used either on the swinging portion or on the section which is fixed. For stability, two or more fittings are recommended on the same tube. Fitting 138 usually accompanies any fitting used. The tube cannot be joined within the fitting.

This fitting attaches onto two pieces of tubes. It turns two short pieces of tubing into one long piece of tube. The fitting is used similarly to 150 except it is externally installed. Used to join two tubes together of the same size.

This fitting connects two tubes together. The fitting is actually two half sections which slots themselves back-to-back into the ends of two tubes. The fitting is used similarly to 149 except it is internally installed.

This fitting slips onto one continuous piece of tubing. These typically provide additional strength to other installed fittings by placing them right under the fitting. However they can also be used as spacers or markers on a tube. Often used with other fittings to increase slip load capacity or to support other fittings which are left to rotate freely on tube to form swivels, hinges etc. The tube cannot be joined within the fitting.

This fitting joins five tubes together. Used mainly for portable shade structures such as shelters or greenhouses. The left tube is one continuous piece which makes this a viable option for structures which are very long. Fitting 191 is often a fitting used along with this fitting. Usually used to form roof structures in conjunction with ridges fitting, with an angle of 25°. The horizontal eaves tube running longitudinally with the roof may be joined within the fitting (there are two setscrews acting on this tube, which are obscured in the picture).

This fitting joins four tubes together. Used mainly for portable shade structures such as shelters or greenhouses. The top tube is on continuous piece which makes this a viable option for structures which are very long. Fitting 185 is often a fitting used along with this fitting. Usually used to form roof structures in conjunction with eaves fitting, with an angle of 25°. The ridge tube running longitudinally with the roof may be joined within the fitting (there are two setscrews acting on this tube, which are obscured in the picture).

This item is a single piece of tube bent to an approximate 90 degree angle. For length of bends contact customer service on 1300 919 905 to speak to staff in regards to measurements.

A single piece of tube which is bent twice to form a U bend. Call us on 1300 919 905 to inquire about specific dimensions in regards to centre-to-centre distances and length from the tube to the ends.

A single length of tube bent from one end 180 degree to form a J shape. This is used at the ends of handrails for safety. Call us on 1300 919 905 to specify the required dimensions.

The item is a standard set screw a.k.a. grub screw. It is used in all the tube fittings available (all necessary grub screw come included in all fittings). There are two different diameters of grub screws, if additional screws are required choose the ones which match the size of the fittings.

A tool used to secure tubes into the fittings.

Often used for mounting boards practically flush with tubes. Fixing holes suit a wide range of common mechanical and chemical masonry anchors. The tube cannot be joined within the fitting.

Often used for mounting boards practically flush with tubes. Fixing holes suit a wide range of common mechanical and chemical masonry anchors. The tube cannot be joined within the fitting.

This fitting attaches onto two pieces of tubes. It turns two short pieces of tubing into one long piece of tube. The fitting is used similarly to 150 except it is externally installed. Used to join two tubes together of the same size.

This fitting attaches onto two pieces of tubes. It turns two short pieces of tubing into one long piece of tube. The fitting is used similarly to 150 except it is externally installed. Used to join two tubes together of the same size.