Plastruct Sections

1.2mm x 1.2mm (0.050in/50thou) 90 degree angle section, 0.4mm (0.015in/15thou) thick.
Pack of 10 lengths, each 250mm (10in) long.

'Angle iron' is one of the most common basic sections. The right angle is used to make and reinforce right-angled joints, while the inherent the resistance to bending is used for light duty stiffening struts and bracing between columns and beams. Angle is also used to strengthen sheets, keeping flat surfaces flat and is ideal to make a hidden internal supporting structure for model buildings, using the moulded angles to keep corners square.

1.6mm x 1.6mm (0.060in/60thou) 90 degree angle section, 0.5mm (0.020in/20thou) thick.
Pack of 10 lengths, each 250mm (10in) long.

'Angle iron' is one of the most common basic sections. The right angle is used to make and reinforce right-angled joints, while the inherent the resistance to bending is used for light duty stiffening struts and bracing between columns and beams. Angle is also used to strengthen sheets, keeping flat surfaces flat and is ideal to make a hidden internal supporting structure for model buildings, using the moulded angles to keep corners square.

2.4mm x 2.4mm (0.1in/100thou) 90 degree angle section, 0.6mm (0.025in/25thou) thick.
Pack of 8 lengths, each 380mm (15in) long.

'Angle iron' is one of the most common basic sections. The right angle is used to make and reinforce right-angled joints, while the inherent the resistance to bending is used for light duty stiffening struts and bracing between columns and beams. Angle is also used to strengthen sheets, keeping flat surfaces flat and is ideal to make a hidden internal supporting structure for model buildings, using the moulded angles to keep corners square.

3.2mm x 3.2mm (0.125in/125thou) 90 degree angle section, 0.8mm (0.030in/30thou) thick.
Pack of 7 lengths, each 380mm (15in) long.

'Angle iron' is one of the most common basic sections. The right angle is used to make and reinforce right-angled joints, while the inherent the resistance to bending is used for light duty stiffening struts and bracing between columns and beams. Angle is also used to strengthen sheets, keeping flat surfaces flat and is ideal to make a hidden internal supporting structure for model buildings, using the moulded angles to keep corners square.

4.8mm x 4.8mm (0.19in/190thou) 90 degree angle section, 0.8mm (0.030in/30thou) thick.
Pack of 5 lengths, each 610mm (24in) long.

'Angle iron' is one of the most common basic sections. The right angle is used to make and reinforce right-angled joints, while the inherent the resistance to bending is used for light duty stiffening struts and bracing between columns and beams. Angle is also used to strengthen sheets, keeping flat surfaces flat and is ideal to make a hidden internal supporting structure for model buildings, using the moulded angles to keep corners square.

The length of this item may cause packages to exceed the Royal Mail maximum length limit requiring shipment by courier service. Where we are able to send your parcel by Royal Mail we will reduce the postage rate when processing the order.

6.4mm x 6.4mm (¼in/250thou) 90 degree angle section, 0.9mm (0.035in/35thou) thick.
Pack of 5 lengths, each 610mm (24in) long.

'Angle iron' is one of the most common basic sections. The right angle is used to make and reinforce right-angled joints, while the inherent the resistance to bending is used for light duty stiffening struts and bracing between columns and beams. Angle is also used to strengthen sheets, keeping flat surfaces flat and is ideal to make a hidden internal supporting structure for model buildings, using the moulded angles to keep corners square.

The length of this item may cause packages to exceed the Royal Mail maximum length limit requiring shipment by courier service. Where we are able to send your parcel by Royal Mail we will reduce the postage rate when processing the order.

7.9mm x 7.9mm (5/16in) 90 degree angle section, 0.9mm (0.035in/35thou) thick.
Pack of 4 lengths, each 610mm (24in) long.

'Angle iron' is one of the most common basic sections. The right angle is used to make and reinforce right-angled joints, while the inherent the resistance to bending is used for light duty stiffening struts and bracing between columns and beams. Angle is also used to strengthen sheets, keeping flat surfaces flat and is ideal to make a hidden internal supporting structure for model buildings, using the moulded angles to keep corners square.

The length of this item may cause packages to exceed the Royal Mail maximum length limit requiring shipment by courier service. Where we are able to send your parcel by Royal Mail we will reduce the postage rate when processing the order.

9.5mm x 9.5mm (1/8in/375thou) 90 degree angle section, 1.1mm (0.045in/45thou) thick.
Pack of 4 lengths, each 610mm (24in) long.

'Angle iron' is one of the most common basic sections. The right angle is used to make and reinforce right-angled joints, while the inherent the resistance to bending is used for light duty stiffening struts and bracing between columns and beams. Angle is also used to strengthen sheets, keeping flat surfaces flat and is ideal to make a hidden internal supporting structure for model buildings, using the moulded angles to keep corners square.

The length of this item may cause packages to exceed the Royal Mail maximum length limit requiring shipment by courier service. Where we are able to send your parcel by Royal Mail we will reduce the postage rate when processing the order.

1.2mm (3/64in) T section. 1.2mm width and overal height of T section in 0.4mm (15 thou) thick styrene.
Pack of 10 lengths each 250mm (10in) long.

The central leg of the T provides resistance to bending, so T section is often used as supporting posts or strapping for walls, fences and the side planking of railway wagons.

1.6mm (1/16in) T section. 1.6mm width and overal height of T section in 0.5mm (20 thou) thick styrene.
Pack of 10 lengths each 250mm (10in) long.

The central leg of the T provides resistance to bending, so T section is often used as supporting posts or strapping for walls, fences and the side planking of railway wagons.

2.4mm (3/32in) T section. 2.4mm width and overal height of T section in 0.8mm (30 thou) thick styrene.
Pack of 8 lengths each 375mm (15in) long.

The central leg of the T provides resistance to bending, so T section is often used as supporting posts or strapping for walls, fences and the side planking of railway wagons.

3.2mm (1/8in) T section. 3.2mm (3/32in) width and overal height of T section in 1.0mm (40 thou) thick styrene.
Pack of 7 lengths each 375mm (15in) long.

The central leg of the T provides resistance to bending, so T section is often used as supporting posts or strapping for walls, fences and the side planking of railway wagons.

4.8mm (3/16in) T section. 4.8mm width and overal height of T section in 0.8mm (30 thou) thick styrene. Pack of 5 lengths each 600mm (24in) long.

The central leg of the T provides resistance to bending, so T section is often used as supporting posts or strapping for walls, fences and the side planking of railway wagons.

The length of this item may cause packages to exceed the Royal Mail maximum length limit requiring shipment by courier service. Where we are able to send your parcel by Royal Mail we will reduce the postage rate when processing the order.

6.4mm (1/2in) T section. 4.8mm (3/16in) width and overal height of T section in 0.9mm (35 thou) thick styrene. Pack of 5 lengths each 600mm (24in) long.

The central leg of the T provides resistance to bending, so T section is often used as supporting posts or strapping for walls, fences and the side planking of railway wagons.

The length of this item may cause packages to exceed the Royal Mail maximum length limit requiring shipment by courier service. Where we are able to send your parcel by Royal Mail we will reduce the postage rate when processing the order.

1.6mm (1/16in) x 1.0mm (40 thou.) Z section styrene. 1.6mm wide, with 1.0mm flat sections at each end. Styrene thickness 0.4mm (15 thou).
Pack of 10 lengths each 250mm (10in) long.

Z section has two faces at right angles to the main section width, each pointing in the opposing direction. A less commonly used section it is however ideal for some purposes like floor and wall supports, as holes for fasteners can be drilled through both flanges of the Z without the opposite flange getting in the way. This feature can also be useful for getting in with the adhesive during model building.

2.4mm (3/32in) x 1.4mm (55 thou.) Z section styrene. 2.4mm wide, with 1.4mm flat sections at each end. Styrene thickness 0.5mm (20 thou).
Pack of 9 lengths each 250mm (10in) long.

3.2mm (1/8in) x 2.0mm (80 thou.) Z section styrene. 3.2mm wide, with 2.0mm flat sections at each end. Styrene thickness 0.8mm (30 thou).
Pack of 8 lengths each 375mm (15in) long.

Z section has two faces at right angles to the main section width, each pointing in the opposing direction. A less commonly used section it is however ideal for some purposes like floor and wall supports, as holes for fasteners can be drilled through both flanges of the Z without the opposite flange getting in the way. This feature can also be useful for getting in with the adhesive during model building.

4.8mm (3/16in) x 2.7mm (100 thou./0.01in) Z section styrene. 4.8mm wide, with 2.7mm flat sections at each end. Styrene thickness 0.8mm (30 thou).
Pack of 5 lengths each 375mm (15in) long.

Z section has two faces at right angles to the main section width, each pointing in the opposing direction. A less commonly used section it is however ideal for some purposes like floor and wall supports, as holes for fasteners can be drilled through both flanges of the Z without the opposite flange getting in the way. This feature can also be useful for getting in with the adhesive during model building.

6.4mm (1/2in) x 3.7mm (140 thou.) Z section styrene. 6.4mm wide, with 3.7mm flat sections at each end. Styrene thickness 1.0mm (40 thou).
Pack of 5 lengths each 600mm (24in) long.

Z section has two faces at right angles to the main section width, each pointing in the opposing direction. A less commonly used section it is however ideal for some purposes like floor and wall supports, as holes for fasteners can be drilled through both flanges of the Z without the opposite flange getting in the way. This feature can also be useful for getting in with the adhesive during model building.

The length of this item may cause packages to exceed the Royal Mail maximum length limit requiring shipment by courier service. Where we are able to send your parcel by Royal Mail we will reduce the postage rate when processing the order.

C section channel 1.6mm (1/16in) high, 0.9mm (35thou) width, styrene thickness  0.4mm (15thou).
Pack of 10 lengths, each 250mm (10in) long.

C section channel is often used for the main load-bearing beams in the construction of underframes for rail vehicles and road lorries, the deeper back section provides good resistance to bending under load while the narrower flanges prevent lateral distortion. For model building the flat-backed C section can be used to recreate the outer appearance of H and I section beams where the back is not going to be visible.

C section channel 2.4mm (0.1in) high, 1.0mm (40thou) width, styrene thickness  0.5mm (20thou).
Pack of 10 lengths, each 250mm (10in) long.

C section channel is often used for the main load-bearing beams in the construction of underframes for rail vehicles and road lorries, the deeper back section provides good resistance to bending under load while the narrower flanges prevent lateral distortion. For model building the flat-backed C section can be used to recreate the outer appearance of H and I section beams where the back is not going to be visible.

C section channel 3.2mm (1/8in) high, 1.3mm (50thou) width, styrene thickness  0.6mm (25thou).
Pack of 8 lengths, each 380mm (15in) long.

C section channel is often used for the main load-bearing beams in the construction of underframes for rail vehicles and road lorries, the deeper back section provides good resistance to bending under load while the narrower flanges prevent lateral distortion. For model building the flat-backed C section can be used to recreate the outer appearance of H and I section beams where the back is not going to be visible.

C section channel 4.0mm (0.16in) high, 1.4mm (55thou.) width, styrene thickness 0.8mm (30thou).
Pack of 6 lengths, each 380mm (15in) long.

C section channel is often used for the main load-bearing beams in the construction of underframes for rail vehicles and road lorries, the deeper back section provides good resistance to bending under load while the narrower flanges prevent lateral distortion. For model building the flat-backed C section can be used to recreate the outer appearance of H and I section beams where the back is not going to be visible.

C section channel 4.8mm (3/16in) high, 1.6mm (1/16in) width, styrene thickness 0.9mm (35thou)
Pack of 5 lengths, each 380mm (15in) long.

C section channel is often used for the main load-bearing beams in the construction of underframes for rail vehicles and road lorries, the deeper back section provides good resistance to bending under load while the narrower flanges prevent lateral distortion. For model building the flat-backed C section can be used to recreate the outer appearance of H and I section beams where the back is not going to be visible.

C section channel 6.4mm (1/4in) high, 2.0mm (80thou) width, styrene thickness 0.9mm (35thou)
Pack of 5 lengths, each 610mm (24in) long.

C section channel is often used for the main load-bearing beams in the construction of underframes for rail vehicles and road lorries, the deeper back section provides good resistance to bending under load while the narrower flanges prevent lateral distortion. For model building the flat-backed C section can be used to recreate the outer appearance of H and I section beams where the back is not going to be visible.

The length of this item may cause packages to exceed the Royal Mail maximum length limit requiring shipment by courier service. Where we are able to send your parcel by Royal Mail we will reduce the postage rate when processing the order.

C section channel 7.9mm (5/16in) high, 2.4mm (0.1in) width, styrene thickness 1.1mm (45thou).
Pack of 4 lengths, each 610mm (24in) long.

C section channel is often used for the main load-bearing beams in the construction of underframes for rail vehicles and road lorries, the deeper back section provides good resistance to bending under load while the narrower flanges prevent lateral distortion. For model building the flat-backed C section can be used to recreate the outer appearance of H and I section beams where the back is not going to be visible.

The length of this item may cause packages to exceed the Royal Mail maximum length limit requiring shipment by courier service. Where we are able to send your parcel by Royal Mail we will reduce the postage rate when processing the order.

1.6mm (1/16in) width deep U shape channel section. 1.6mm (1/16in) width with 1.1mm high sides. Styrene thickness 0.4mm (15 thou).

Pack of 10 lengths each 250mm (10in) long.

2.4mm (3/32in) width deep U shape channel section. 2.4mm (3/32in) width with 1.7mm high sides. Styrene thickness 0.6mm (25 thou).

Pack of 10 lengths each 250mm (10in) long.

3.2mm (1/8in) width deep U shape channel section. 3.2mm (1/8in) width with 2.3mm high sides. Styrene thickness 0.8mm (30 thou).
Pack of 8 lengths each 375mm (15in) long.

4.8mm (3/16in) width deep U shape channel section. 4.8mm (3/16in) width, with 3.4mm high sides. Styrene thickness 0.8mm (30 thou).

Pack of 5 lengths each 375mm (15in) long.

6.4mm (1/4in) width deep U shape channel section. 6.4mm (1/4in) width with 4.6mm high sides. Styrene thickness 1.0mm (40 thou).

Pack of 5 lengths each 600mm (24in) long.

The length of this item may cause packages to exceed the Royal Mail maximum length limit requiring shipment by courier service. Where we are able to send your parcel by Royal Mail we will reduce the postage rate when processing the order.

1.6mm H section. 1.6mm (60thou) height & width, 0.5mm (20thou) styrene thickness.
Pack of 10 lengths, each 254mm (10in) long.

H section is used for the support columns in most modern steel-frame buildings. In both real and model applications this section offers a good strength and resistance to bending under vertical axial loads. Both the flange and web sections contribute to support for the load, while preventing the other from distorting. In models H section can also be used as a stiffener for flat surfaces and provide extra strength and rigidity at load-bearing locations on a model.

2.4mm H section. 2.4mm (0.1in) height & width, 0.6mm (25thou) syrene thickness.
Pack of 10 lengths, each 380mm (15in) long.

H section is used for the support columns in most modern steel-frame buildings. In both real and model applications this section offers a good strength and resistance to bending under vertical axial loads. Both the flange and web sections contribute to support for the load, while preventing the other from distorting. In models H section can also be used as a stiffener for flat surfaces and provide extra strength and rigidity at load-bearing locations on a model.

3.2mm H section. 3.2mm (1/8in) height & width, 0.9mm (35thou) styrene thickness.
Pack of 8 lengths, each 380mm (15in) long.

H section is used for the support columns in most modern steel-frame buildings. In both real and model applications this section offers a good strength and resistance to bending under vertical axial loads. Both the flange and web sections contribute to support for the load, while preventing the other from distorting. In models H section can also be used as a stiffener for flat surfaces and provide extra strength and rigidity at load-bearing locations on a model.

4mm H section. 4mm (5/32in) height & width, 1.0mm (40thou.) styrene thickness..
Pack of 6 lengths, each 380mm (15in) long.

H section is used for the support columns in most modern steel-frame buildings. In both real and model applications this section offers a good strength and resistance to bending under vertical axial loads. Both the flange and web sections contribute to support for the load, while preventing the other from distorting. In models H section can also be used as a stiffener for flat surfaces and provide extra strength and rigidity at load-bearing locations on a model.

4.8mm H section. 4.8mm (3/16in) height & width, 1.4mm (55thou) styrene thickness.
Pack of 5 lengths, each 610mm (24in) long.

H section is used for the support columns in most modern steel-frame buildings. In both real and model applications this section offers a good strength and resistance to bending under vertical axial loads. Both the flange and web sections contribute to support for the load, while preventing the other from distorting. In models H section can also be used as a stiffener for flat surfaces and provide extra strength and rigidity at load-bearing locations on a model.

6.4mm H section. 6.4mm (1/4in) height & width, 1.5mm (60thou) styrene thickness.
Pack of 5 lengths, each 380mm (15in) long.

H section is used for the support columns in most modern steel-frame buildings. In both real and model applications this section offers a good strength and resistance to bending under vertical axial loads. Both the flange and web sections contribute to support for the load, while preventing the other from distorting. In models H section can also be used as a stiffener for flat surfaces and provide extra strength and rigidity at load-bearing locations on a model.

7.9mm H section. 7.9mm (5/16in) height & width, 1.7mm (65thou) styrene thickness.
Pack of 5 lengths, each 380mm (15in) long.

H section is used for the support columns in most modern steel-frame buildings. In both real and model applications this section offers a good strength and resistance to bending under vertical axial loads. Both the flange and web sections contribute to support for the load, while preventing the other from distorting. In models H section can also be used as a stiffener for flat surfaces and provide extra strength and rigidity at load-bearing locations on a model.

9.5mm H section. 9.5mm (3/8in) height & width, 1.8mm (70thou) styrene thickness.
Pack of 4 lengths, each 380mm (15in) long.

H section is used for the support columns in most modern steel-frame buildings. In both real and model applications this section offers a good strength and resistance to bending under vertical axial loads. Both the flange and web sections contribute to support for the load, while preventing the other from distorting. In models H section can also be used as a stiffener for flat surfaces and provide extra strength and rigidity at load-bearing locations on a model.

1.6mm I section beam. 1.6mm (1/16in) high, 0.8mm (1/32in) width, styrene 0.4mm (15thou) thick.
Pack of 10 lengths, each 250mm (10in) long.

Mounted with the deep web of the I section vertical as a beam this section provides a very good load bearing capability, while the flanges top and bottom prevent lateral bending. Often described by the term 'rolled steel joist' or 'RSJ' I beams are commonly used for all horizontal load bearing structures such as window lintels, floor joists, roof supports, hoist runners and bridges. Deeper section beams provide for greater load carrying capacity and/or for longer bridge spans.

2.4mm I section beam. 2.4mm (0.1in) high, 1.2mm (50thou) width, styrene 0.5mm (20thou) thick.
Pack of 10 lengths, each 250mm (10in) long.

Mounted with the deep web of the I section vertical as a beam this section provides a very good load bearing capability, while the flanges top and bottom prevent lateral bending. Often described by the term 'rolled steel joist' or 'RSJ' I beams are commonly used for all horizontal load bearing structures such as window lintels, floor joists, roof supports, hoist runners and bridges. Deeper section beams provide for greater load carrying capacity and/or for longer bridge spans.

3.2mm I section beam. 3.2mm (1/8in) high, 1.6mm (1/16in) width, styrene 0.6mm (25thou) thick.
Pack of 8 lengths, each 380mm (15in) long.

Mounted with the deep web of the I section vertical as a beam this section provides a very good load bearing capability, while the flanges top and bottom prevent lateral bending. Often described by the term 'rolled steel joist' or 'RSJ' I beams are commonly used for all horizontal load bearing structures such as window lintels, floor joists, roof supports, hoist runners and bridges. Deeper section beams provide for greater load carrying capacity and/or for longer bridge spans.

4.0mm I section beam. 4.0mm (0.16in) high, 2.0mm (80thou) width, styrene 0.8mm (30thou) thick.
Pack of 6 lengths, each 380mm (15in) long.

Mounted with the deep web of the I section vertical as a beam this section provides a very good load bearing capability, while the flanges top and bottom prevent lateral bending. Often described by the term 'rolled steel joist' or 'RSJ' I beams are commonly used for all horizontal load bearing structures such as window lintels, floor joists, roof supports, hoist runners and bridges. Deeper section beams provide for greater load carrying capacity and/or for longer bridge spans.

4.8mm I section beam. 4.8mm (0.2in) high, 2.4mm (0.1in) width, styrene 0.9mm (35thou) thick.
Pack of 5 lengths, each 610mm (24in) long.

Mounted with the deep web of the I section vertical as a beam this section provides a very good load bearing capability, while the flanges top and bottom prevent lateral bending. Often described by the term 'rolled steel joist' or 'RSJ' I beams are commonly used for all horizontal load bearing structures such as window lintels, floor joists, roof supports, hoist runners and bridges. Deeper section beams provide for greater load carrying capacity and/or for longer bridge spans.

The length of this item may cause packages to exceed the Royal Mail maximum length limit requiring shipment by courier service. Where we are able to send your parcel by Royal Mail we will reduce the postage rate when processing the order.

6.4mm I section beam. 6.4mm (1/4in) high, 3.2mm (1/8in) width, styrene 0.9mm (35thou) thick.
Pack of 5 lengths, each 610mm (24in) long.

Mounted with the deep web of the I section vertical as a beam this section provides a very good load bearing capability, while the flanges top and bottom prevent lateral bending. Often described by the term 'rolled steel joist' or 'RSJ' I beams are commonly used for all horizontal load bearing structures such as window lintels, floor joists, roof supports, hoist runners and bridges. Deeper section beams provide for greater load carrying capacity and/or for longer bridge spans.

The length of this item may cause packages to exceed the Royal Mail maximum length limit requiring shipment by courier service. Where we are able to send your parcel by Royal Mail we will reduce the postage rate when processing the order.

7.90mm I section beam. 7.9mm (5/16in) high, 4.0mm (0.16in) width, styrene 1.1mm (45thou) thick.
Pack of 4 lengths, each 610mm (24in) long.

Mounted with the deep web of the I section vertical as a beam this section provides a very good load bearing capability, while the flanges top and bottom prevent lateral bending. Often described by the term 'rolled steel joist' or 'RSJ' I beams are commonly used for all horizontal load bearing structures such as window lintels, floor joists, roof supports, hoist runners and bridges. Deeper section beams provide for greater load carrying capacity and/or for longer bridge spans.

The length of this item may cause packages to exceed the Royal Mail maximum length limit requiring shipment by courier service. Where we are able to send your parcel by Royal Mail we will reduce the postage rate when processing the order.

9.5mm I section beam. 9.5mm (3/8in) high, 4.8mm (0.2in) width, styrene 1.1mm (45thou) thick.
Pack of 5 lengths, each 380mm (15in) long.

Mounted with the deep web of the I section vertical as a beam this section provides a very good load bearing capability, while the flanges top and bottom prevent lateral bending. Often described by the term 'rolled steel joist' or 'RSJ' I beams are commonly used for all horizontal load bearing structures such as window lintels, floor joists, roof supports, hoist runners and bridges. Deeper section beams provide for greater load carrying capacity and/or for longer bridge spans.

11.1mm I section beam. 11.1mm (7/16in) high, 5.6mm (0.22in) width, styrene 1.4mm (55thou) thick.
Pack of 5 lengths, each 380mm (15in) long.

Mounted with the deep web of the I section vertical as a beam this section provides a very good load bearing capability, while the flanges top and bottom prevent lateral bending. Often described by the term 'rolled steel joist' or 'RSJ' I beams are commonly used for all horizontal load bearing structures such as window lintels, floor joists, roof supports, hoist runners and bridges. Deeper section beams provide for greater load carrying capacity and/or for longer bridge spans.

12.7mm I section beam. 12.7mm (1/2in) high, 6.4mm (1/4in) width, styrene 1.5mm (60thou) thick.
Pack of 4 lengths, each 380mm (15in) long.

Mounted with the deep web of the I section vertical as a beam this section provides a very good load bearing capability, while the flanges top and bottom prevent lateral bending. Often described by the term 'rolled steel joist' or 'RSJ' I beams are commonly used for all horizontal load bearing structures such as window lintels, floor joists, roof supports, hoist runners and bridges. Deeper section beams provide for greater load carrying capacity and/or for longer bridge spans.

14.3mm I section beam. 14.3mm (9/16in) high, 7.1mm (9/32in) width, styrene 1.5mm (60thou) thick.
Pack of 3 lengths, each 380mm (15in) long.

Mounted with the deep web of the I section vertical as a beam this section provides a very good load bearing capability, while the flanges top and bottom prevent lateral bending. Often described by the term 'rolled steel joist' or 'RSJ' I beams are commonly used for all horizontal load bearing structures such as window lintels, floor joists, roof supports, hoist runners and bridges. Deeper section beams provide for greater load carrying capacity and/or for longer bridge spans.

15.9mm I section beam. 15.9mm (5/8in) high, 7.9mm (5/16in) width, styrene 1.5mm (60thou) thick.
Pack of 3 lengths, each 380mm (15in) long.

Mounted with the deep web of the I section vertical as a beam this section provides a very good load bearing capability, while the flanges top and bottom prevent lateral bending. Often described by the term 'rolled steel joist' or 'RSJ' I beams are commonly used for all horizontal load bearing structures such as window lintels, floor joists, roof supports, hoist runners and bridges. Deeper section beams provide for greater load carrying capacity and/or for longer bridge spans.

3.2mm depth open lattice web truss girder section. Truss depth 3.2mm (1/8in) flange thickness 1.6mm (1/16in), lattice diagonal spacing 4.8mm (3/16in).
Pack of 2 lengths, each 150mm (6in) long.

Lattice trusses offer a small reduction in load capacity at much lower weight than similar sized solid girders. Lattice girders are often used for lightly loaded structures, like large span roofs of factorys and supermarkets, or where wind resistance may be an issue such as very tall lighting poles.
The ready to use Plastruct lattice makes it easy to model open lattice structures and fit model light-duty structures like footbridges, pipe bridges and catwalks.

6.4mm depth open lattice web truss girder section. Truss depth 6.4mm (1/4in) flange thickness 3.2mm (1/8in), lattice diagonal spacing 9.5mm (3/8in).
Pack of 2 lengths, each 150mm (6in) long.

Lattice trusses offer a small reduction in load capacity at much lower weight than similar sized solid girders. Lattice girders are often used for lightly loaded structures, like large span roofs of factorys and supermarkets, or where wind resistance may be an issue such as very tall lighting poles.
The ready to use Plastruct lattice makes it easy to model open lattice structures and fit model light-duty structures like footbridges, pipe bridges and catwalks.

9.5mm depth open lattice web truss girder section. Truss depth 9.5mm (3/8in) flange thickness 4.4mm (11/64in), lattice diagonal spacing 15.9mm (5/8in).
Pack of 2 lengths, each 150mm (6in) long.

Lattice trusses offer a small reduction in load capacity at much lower weight than similar sized solid girders. Lattice girders are often used for lightly loaded structures, like large span roofs of factorys and supermarkets, or where wind resistance may be an issue such as very tall lighting poles.
The ready to use Plastruct lattice makes it easy to model open lattice structures and fit model light-duty structures like footbridges, pipe bridges and catwalks.

12.7mm depth open lattice web truss girder section. Truss depth 12.7mm (1/2in) flange thickness 4.8mm (3/16in), lattice diagonal spacing 21.4mm (27/32in).
Pack of 2 lengths, each 300mm (12in) long.

Lattice trusses offer a small reduction in load capacity at much lower weight than similar sized solid girders. Lattice girders are often used for lightly loaded structures, like large span roofs of factorys and supermarkets, or where wind resistance may be an issue such as very tall lighting poles.
The ready to use Plastruct lattice makes it easy to model open lattice structures and fit model light-duty structures like footbridges, pipe bridges and catwalks.

15.9mm depth open lattice web truss girder section. Truss depth 15.9mm (5/8in) flange thickness 6.4mm (1/4in), lattice diagonal spacing 27.8mm (1 3/32in).
Pack of 2 lengths, each 300mm (12in) long.

Lattice girders offer a small reduction in load capacity at much lower weight when compared to similar sized solid girders. Lattice girders are often used for lightly loaded structures, like large span roofs of factorys and supermarkets, or where wind resistance may be an issue such as very tall lighting poles.
The ready to use Plastruct lattice makes it easy to model open lattice structures and fit model light-duty structures like footbridges, pipe bridges and catwalks.

19mm open lattice web truss girder section. Truss depth 19.1mm (3/4in) flange thickness 6.4mm (1/4in), lattice diagonal spacing 33.7mm (1 21/64in).
Pack of 2 lengths, each 300mm (12in) long.

Lattice trusses offer a small reduction in load capacity at much lower weight than similar sized solid girders. Lattice girders are often used for lightly loaded structures, like large span roofs of factorys and supermarkets, or where wind resistance may be an issue such as very tall lighting poles.
The ready to use Plastruct lattice makes it easy to model open lattice structures and fit model light-duty structures like footbridges, pipe bridges and catwalks.

25.4mm open lattice web truss girder section. Truss depth 25.4mm (1in) flange thickness 7.9mm (5/16in), lattice diagonal spacing 46.8mm (1 27/32in).
Pack of 2 lengths, each 300mm (12in) long.

Lattice trusses offer a small reduction in load capacity at much lower weight than similar sized solid girders. Lattice girders are often used for lightly loaded structures, like large span roofs of factorys and supermarkets, or where wind resistance may be an issue such as very tall lighting poles.
The ready to use Plastruct lattice makes it easy to model open lattice structures and fit model light-duty structures like footbridges, pipe bridges and catwalks.

2.4mm (3/32in) outside diameter styrene tube. Internal diameter 1.4mm (55 thou.), wall thickness 0.5mm (20 thou.) Pack of 15 lengths each 375mm (15in) long.

3.2mm (1/8in) outside diameter styrene tube. Internal diameter 1.9mm (76 thou.), wall thickness 0.6mm (25 thou.) Pack of 9 lengths each 375mm (15in) long.

4.8mm (3/16in) outside diameter styrene tube. Internal diameter 3.4mm (133 thou.), wall thickness 0.7mm (27 thou.) Pack of 8 lengths each 375mm (15in) long.

6.4mm (¼in) outside diameter styrene tube. Internal diameter 4.9mm (193 thou.), wall thickness 0.7mm (27 thou.) Pack of 7 lengths each 375mm (15in) long.

7.9mm (5/16in) outside diameter styrene tube. Internal diameter 6.4mm (¼in), wall thickness 0.8mm (1/32in) Pack of 6 lengths each 375mm (15in) long.

9.5mm (3/8in) outside diameter styrene tube. Internal diameter 8.3mm (21/64in), wall thickness 0.8mm (1/32in) Pack of 5 lengths each 375mm (15in) long.

3.2mm (1/8in) square section tube. Internal size 2.2mm, wall thickness 0.5mm. Pack of 7 lengths each 375mm (15in) long.

4.8mm (3/16in) square section tube. Internal size 3.6mm, wall thickness 0.6mm.
Pack of 6 lengths each 375mm (15in) long.

6.4mm (¼in) square section tube. Internal size 5.2mm, wall thickness 0.6mm. Pack of 5 lengths each 375mm (15in) long.

7.9mm (5/16in) square section tube. Internal size 6.7mm, wall thickness 0.6mm. Pack of�5 lengths each 375mm (15in) long.

9.5mm (3/8in) square section tube. Internal size 8.3mm, wall thickness 0.6mm. Pack of 4 lengths each 375mm (15in) long.

6.4mm x 4.8mm (¼in x 3/16in) rectangular tube section. Internal size approx 5.2mm x 3.6mm, wall thickness 0.6mm. Pack of 5 lengths each 375mm (15in) long.

7.9mm x 6.4mm (5/16in x ¼in) rectangular tube section. Internal size approx 6.7mm x 5.2mm, wall thickness 0.6mm. Pack of 5 lengths each 375mm (15in) long.

9.5mm x 6.4mm (3/8in x ¼in) rectangular tube section. Internal size approx 8.3mm x 5.2mm, wall thickness 0.6mm. Pack of 5 lengths each 375mm (15in) long.

Two lengths of 2mm scale three-rail handrail section, each 90mm (3.5in) long.

Overal height 6.7mm (17/64in). Stanchion spacing 11.1mm (7/16in)

Ladder section scaled at 1/200, suitable for N gauge model railways.

Pack of 2. Length 75mm / 3in

Designed to match with the 1/100 / OO/HO scale stairs, STAS-4 (90662)

Supplied in a pack of 2 pieces, each 10.7mm height, 125mm length.

Ladder section at 1/100 scale, suitable for OO and HO model railways.

Pack of 2, length 125mm / 5in.

Moulded white styrene handrail section designed for 1/48 scale modelling. Overall height 22mm (0.85in). 1 length 605mm (23.8in) long.
Handrail panel measurements:
Vertical/Across Width, 2mm bottom rail, 9mm opening, 1mm centre rail, 9mm opening, 1mm top rail.
Horizontal/Along Length 1mm rail, 37mm opening, repeated.

Open staircase unit moulded in styrene plastic for 1/48 of ¼in scale modelling, eg O gauge railways.

Single piece width 22mm length 300mm/12in.

Use for open stairways commonly found in industrial complexes, high-rise fire stairs, parking structures, tanks, platforms and other unfinished or open structures. Precision Injection Molded in White Styrene Plastic.

Use as straight ladders commonly found in numerous industrial, commercial, and residential applications. Note, in most industrial applications using a fixed ladder, a cage is also desirable. See CL Safety Cage & Ladder Sets. Precision Injection Molded in White Styrene Plastic.

Ideal for museum quality and smaller scale model construction where assembly speed, profile accuracy and cost are the determining factors.

Length 375mm / 15in.

Use on towers, tanks, buildings and other tall structures where a ladder is perpindicular (or 90°) to the ground. Precision Injection Molded in White Styrene Plastic. Ideal for all professional model construction.

1/24 scale suitable for G gauge model railways.

Length 450mm

Use for hand rails on platforms, walkways, balconies and any other elevated structures with public access. Precision Injection Molded in White Styrene.

Ideal for museum quality and smaller scale model construction where assembly speed, profile accuracy and cost are the determining factors.

Height 1 3/4in, stantion spacing 3in, length 600mm/24in

4.8mm depth open lattice web truss girder section. Truss depth 4.8mm (3/16in) flange thickness 2.4mm (3/32in), lattice diagonal spacing 6.4mm (1/4in).
Pack of 2 lengths, each 150mm (6in) long.

Lattice trusses offer a small reduction in load capacity at much lower weight than similar sized solid girders. Lattice girders are often used for lightly loaded structures, like large span roofs of factorys and supermarkets, or where wind resistance may be an issue such as very tall lighting poles.
The ready to use Plastruct lattice makes it easy to model open lattice structures and fit model light-duty structures like footbridges, pipe bridges and catwalks.

Length 375mm / 15in.