TOPSPAN^®

The TOPSPAN® 22 is a 22mm deep batten that offers strength and rigidity. Commonly used as a ceiling batten for fixing wall liners, it integrates effectively into roofing and walling systems.

• The top flange has an embossed surface to make it easier for the plasterboard screws to grip
• Nominal lapping will ensure continuity and straightness of fastener alignment
• High strength, lightweight and won’t shrink, warp or twist

The TOPSPAN® 40 roofing batten supports tiled or metal roofing applications, offering high strength in a lightweight solution. Its durability makes it suitable for a variety of roof profiles.

• The top flange has an embossed surface to make it easier for the steel roofing screws to grip
• Embossed top flange provides slip resistance for roof fixers
• Nominal lapping will ensure continuity and straightness of fastener alignment

The TOPSPAN® 61 batten, at 61mm deep, bridges the gap between small purlins and larger battens. It is suitable for sheds and awning structures, providing dependable support for steel roofing.

• The bottom flanges have two longitudinal stiffeners/grooves for improved performance
• Lapping (structural) is simple and will ensure continuity and straightness
• High strength, lightweight and won’t shrink, warp or twist

The TOPSPAN® 96 is a 96mm deep roof purlin or wall girt, ideal for projects like sheds, garages, and carports. It provides robust support for roof sheets and is exclusive to Queensland.

• High strength, lightweight and won’t shrink, warp or twist
• Can be mounted directly onto rafters or against columns without the use of cleats or bolts

The TOPSPAN® 120 is a 120mm deep roof purlin or wall girt, providing dependable support for sheds, garages, and awnings. Designed for strength and longer spans, it is ideal for roof sheets and walling systems.

• Versatile – can also be utilised as shelving or flooring
• Strong, rigid and won’t warp, twist or rot
• Can be mounted directly onto rafters or against columns without the use of cleats or bolts
• The webs have two longitudinal stiffeners for improved web strength and thus improved profile capacity