Purlins

The construction project was delayed due to a shortage of purlins in the required dimensions.

The builder used treated wood for the purlins to prevent rotting.

The roofing crew installed the purlins in a staggered pattern to improve the stability of the roof structure.

The engineer designed the purlins to ensure the roof would withstand heavy winds.

The roofers secured the purlins to the rafters with screws.

The weight of the roof was evenly distributed on the purlins.

The purlins had to be level to ensure the decking was installed correctly.

The contractor ordered the purlins in different lengths to accommodate the roof's varying pitch.

The roofer secured the purlins to prevent the roof from collapsing.

The contractor ordered extra purlins in case any were damaged during the installation process.

The heavy snow caused the purlins to bow and the roof to sag.

The workers installed insulation between the purlins to keep the building warm.

The warehouse manager ordered additional purlins to be installed to support the new equipment being delivered.

The builder installed the purlins on top of the trusses to provide additional support for the roof.

The architect specified the size and spacing of the purlins for the new building's roof.

The homeowner requested a quote for replacing the old purlins on the roof.

The carpenter placed purlins across the roof trusses.

The engineer inspected the purlins to ensure they were strong enough to support the weight of the roof.

The design of the roof trusses included several purlins to provide extra support.

The building inspector checked the purlins for compliance with the building code.

The cost of the steel purlins was higher than the wooden ones.

The weight of the snow caused the purlins to bow.

The roof's purlins were damaged by strong winds.

The carpenter measured and cut the purlins to the right length.

The old wooden purlins had to be replaced due to termite damage.

The purlins were spaced apart according to the building code requirements.

The carpentry team had to adjust the placement of the purlins due to unexpected structural issues.

The roofing contractor recommended using laminated timber purlins for increased strength and durability.

The maintenance team inspected the purlins for any signs of damage or decay during their routine inspection of the building.

The carpenter measured and cut the purlins to the exact length required for the roof.

The construction crew lifted the heavy steel purlins into place with a crane.

The engineer calculated the required spacing for the purlins to support the weight of the roof.

The metal purlins reflected the sunlight, making the roof appear brighter.

The purlins were made of steel to withstand heavy loads.

The carpenter installed purlins to support the weight of the roof.

The carpenter installed purlins on the roof to support the weight of the tiles.

The construction crew used a crane to lift the heavy purlins onto the roof.

The inspector checked the purlins for any signs of damage or weakness before approving the roof.

The roofer attached the metal roofing panels to the purlins with screws.

The old barn needed new purlins to keep the roof from collapsing.

The roofer installed the purlins before putting on the metal roof.

The building code required the purlins to be bolted securely to the rafters.

The engineer calculated the load-bearing capacity of the purlins based on the weight of the roof materials.

The engineer calculated the load capacity of the purlins before approving the roof design.

The roofer installed the metal purlins to provide a sturdy base for the roof panels.

The old barn's purlins were rotten and needed replacing.

The carpenter used a saw to cut the purlins to the right length.

The installation of the purlins was delayed due to bad weather.

The roofing crew installed the purlins before adding the insulation and drywall.

The building inspector checked the purlins for proper installation during the inspection.