1 1 2 Roof Deck

Type b roof deck provides the best balance of strength and economy of all the 1 inch deep roof decks.

1 1 2 roof deck.

Please check with your local new millennium facility for lengths outside these parameters. Check up to five results to perform an action. Not all lengths widths and gauges are available in all areas. Asc steel deck offers a robust roof deck product offer with profile depths that range from 1 3 8 to 7 1 2.

Steel deck panels are supplied with both galvanized and painted finishes to meet an array of project finish requirements. B deck is by far the most commonly used roof deck for new construction projects. 1 1 2 composite deck. If you have additional information related to the 1 1 2 form deck let us know below.

Compared to type a roof decks and type f roof decks type b metal roof deck has the highest strength to weight ratio as with all steel products the lighter the section the more economical it will be and since b deck can. Panel lengths range from 5 feet to 45 feet. Type f roof deck is a 1 1 2 deep intermediate rib metal roof deck that provides an economical roofing system of structural load carrying capacity and roofing insulation materials. B deck is available in lengths from 6 0 to 40 0.

1 5 b deck s wider rib profile allows for more insulation to be installed. All roof decking may also be available in aluminum or stainless steel please call ahead for availability. Roof deck products act alone in transferring horizontal and vertical loads into the building frame and do not work compositely with other building materials. Where rigid roofing insulation is used with b deck a minimum 1 inch thickness is required.

This is due to the fact that it is the most efficient 1 5 deep steel roof deck section. Metal deck supply provides 1 1 2 composite floor deck 1 1 2 composite floor deck 1 5 composite floor deck 1 1 2 composite floor decking 1 1 2. Also known as wide rib this structural metal roof deck provides a support surface for various types of roofing materials. Roof deck products act alone in transferring horizontal and vertical loads into the building frame and do not work compositely with other building materials.