Purlins

The roofing contractor installed the metal roofing panels directly onto the purlins.

The carpenter installed the purlins to support the metal roofing sheets.

The contractor ordered a shipment of steel purlins for the warehouse construction.

The engineer inspected the purlins to ensure they met the safety standards.

The steel purlins were used in the construction of the industrial warehouse.

The roofer attached the shingles to the purlins to complete the roofing job.

The purlins were painted to match the color of the roof tiles.

The installation of the purlins was the first step in the roof construction.

The engineer calculated the necessary spacing of the purlins for the new building.

The flooring contractor installed the subflooring on top of the purlins.

The roof truss design required additional purlins for support.

The roofer attached the metal purlins to the roof trusses using screws.

The construction crew nailed the purlins in place to secure the roof.

The purlins in the roof of the barn were made of sturdy timber beams.

The architect specified the type and size of the purlins to be used in the roof design.

The engineer specified the size and spacing of the purlins to ensure the stability of the building.

The engineer specified the size and spacing of the purlins in the building plans.

The carpenter used a saw to cut the purlins to the correct length and shape.

The builder used wooden purlins in the construction of the barn.

The carpenter used a ladder to reach the purlins on the high ceiling of the church.

The maintenance crew replaced the old, worn-out purlins with new ones to ensure the safety of the building's occupants.

The contractor ordered extra purlins to ensure the stability of the roof.

The purlins were made from a sustainable source of timber.

The homeowner was surprised to discover that the termite damage had weakened the purlins, making the roof unstable.

The roofer installed the metal roofing panels on top of the purlins.

The construction crew had to replace several rotted purlins before continuing with the roof repairs.

The roofing crew secured the metal panels to the purlins using screws and washers.

The steel purlins were more expensive than the wooden ones but offered greater durability.

The strong wind damaged some of the purlins on the roof of the house.

The old barn needed new purlins because the existing ones were rotten.

The engineer specified the size and spacing of the purlins for the roof design.

The carpenter installed the purlins to support the roof trusses.

The warehouse manager inspected the purlins to ensure they were in good condition.

The purlins were spaced evenly to ensure that the roof covering would be supported adequately.

The weight of the tiles on the roof was supported by the metal purlins.

The maintenance crew replaced the damaged purlins in the warehouse.

The builder chose laminated timber purlins for their strength and durability.

The carpenter installed the purlins along the top of the walls to support the roof trusses.

The purlins were coated with a rust-resistant paint to increase their lifespan.

The carpenter measured the length of the purlins before cutting them to size.

The purlins in the roof of the warehouse were reinforced to support the heavy equipment stored inside.

The roofer positioned the purlins in a precise layout before securing them in place.

The architect included purlins in the building plans to support the unique roof design.

The metal building's purlins were rusted and corroded.

The building inspector checked the purlins for signs of damage or rot.

The weight of snow on the roof caused some of the purlins to buckle.

The carpenter installed the purlins to provide additional support for the roof trusses.

The building inspector checked the spacing and attachment of the purlins for compliance with building codes.

The contractor had to order extra purlins to complete the job.

The architect specified laminated purlins for the commercial building's roof.