Purlins

The old house had exposed wooden purlins, which added character to the interior.

The roofing contractor offered a warranty on the purlins for 10 years.

The construction crew lifted the heavy purlins onto the roof using a crane.

The architect designed the building with exposed purlins for a modern look.

The builder used steel purlins for extra support.

The building's purlins were made of wood, which gave it a rustic look.

The roofer attached the roofing material to the purlins with screws.

The construction crew installed the purlins before adding the roofing material.

The engineer recommended using metal purlins for the roofing project.

The warehouse's purlins provided additional support for the overhead crane system.

The roof collapsed because the purlins were not installed properly.

The builder used steel purlins instead of wooden ones for added strength.

The roofer climbed up to replace the damaged purlins.

The builder installed purlins perpendicular to the rafters to improve roof stability.

The contractor added extra purlins to support the weight of the solar panels.

The old barn's purlins had rotted away, causing the roof to cave in.

The carpenter installed the purlins to support the wooden flooring.

The contractor ordered the wrong size purlins and had to return them.

The carpenter installed the purlins to reinforce the roof.

The contractor used steel purlins to reinforce the roof structure.

The contractor ordered a shipment of wooden purlins for the roofing project.

The weight of snow on the purlins caused the roof to collapse.

The inspector checked the purlins for any defects before approving the roof.

The architect specified the dimensions of the purlins in the building plans.

The homeowner hired a contractor to replace the damaged purlins on their roof.

The architect designed the roof with purlins spaced two feet apart.

The homeowner replaced the damaged purlins before installing a new roof.

The wooden purlins were treated with preservatives to prevent rotting.

The old purlins had to be removed and replaced due to termite infestation.

The metal purlins were coated with rust-resistant paint to prevent corrosion.

The carpenter screwed the purlins to the rafters to make the roof more stable.

The purlins were placed at right angles to the roof trusses to create a stable base for the roof covering.

The engineer specified that the purlins should be made of a particular grade of steel to meet the building's design requirements.