Laminated Beam Weight Per Foot

The beam in this photo is an examples of the type of lumber this calculator considers.

Laminated beam weight per foot.

The density or hardness of wood varies by species and the value is necessary to approximate the weight of lumber by volume. Exposure to excessive moisture for tree sawn and engineered lumber will also temporarily increase the density water log. It will weigh approximately 170 pounds. Boise glulam beam products are manufactured with exterior grade or wet use adhesives that comply with all recognized standards.

The benefit of the boise glulam beams is the flexibility of the product. These are included to make it easier to calculate weights for custom made non standard dimensions which are not included in the table. Density of wood species. In this table the density of different species of wood is expressed as weight in pounds per cubic foot and kilograms per cubic meter.

Weight of lvl laminated veneer lumber 41 pounds per cubic foot 41 lbs ft 3 table shows weight per linear foot for standard lvl dimensions. Our beams are manufactured in a variety of widths and depths with lengths up to 66 feet with or without camber. What would a 17 foot load bearing laminated beam cost what would a 17 foot load bearing laminated beam cost asked by. It is a 2 ply 12 laminated.

For plywood learn how to estimate the weight of plywood panels. Per square foot for northern areas of the u s. Multiply the loading per square foot by the area in square feet of the surface which the beams will be supporting. Glulam beam weight calculator september 22 2018 by arfan leave a comment how much does the timber frame for a house weigh benfieldatt vine glulam beam sliding calculator chart and 50 similar experimental study on glued laminated timber beams with well kerto lvl s beam 48 p kerto lvl s beam 48 p.

For example a 7 wide beam may be a single billet beam of 7. For rooms which are heavily frequented it may be 50 lbs. Lvl is not manufactured in widths or depths of just 1 inch or just 1 4 inch. For other conditions multiply the allowable moment by the beam stability factor cl as defined in the nds.

18 foot answered by. The 3 1 2 5 1 4 and 7 beam widths listed above can be either a single piece or a combination of widths. Calculate the weight the beam must support.