Product Comparison. Sustainable plastic wood alternatives made from high-density polyethylene, like the material used by EPS Solutions, are the preferred materials and offer the most benefits to the consumer. However, there are a variety of wood-substitutes, each with their own distinct properties and characteristics
Dec 30, 2010 . Empty table. credit: kwasny221/iStock/Getty Images. Take careful measurement to have enough material. Decking is sold in the nominal 5/4-by-6 size, which actually measures 1 inch by 5-1/2 inches. Each linear foot of decking thus contains 66 cubic inches, or 0.03819 cubic feet. A 12-foot decking board of..
Structural plastic lumber comes in multiple surface options and is typically made from recycled polyethylene, reinforced with chopped fiberglass and contains additives such as UV inhibitors and colorants. Optional fiberglass rebar can be added for even greater strength and stability. The advantages of this solid and highly..
Nov 2, 2012 . A plastic substitute equal to the strength of wood lumber has been a holy grail for plastics researchers and manufacturers for quite wood frame . more than 700 different formulas before discovering one that achieved a molecular bonding necessary to meet the company's strengths and other requirements
Engineered wood is manufactured by bonding together wood strands, veneers, lumber or other forms of wood fiber to produce a larger and integral composite unit that is stronger and . "Cross-laminated plywood and oriented strand board, for example, distribute loads along-the-grain strength of wood in both panel axes
Check out this site : http://www.msrlumber.org or http://www.msrlumber.org/spantables.pdf it has all the answers to spans for most applications. There are several good sites that have tables, just google "lumber strengths"
AITC Beam Capacity Tables. AITC Capacity Tables provide the uniformly distributed load that a glued laminated timber beam can support based on beam size, span, and material properties. Table specifications are provided with each table indicating conditions and assumptions used to calculate the loads. These tables are..
A complete analysis of wood's mechanical properties is complex, but understanding a few basics of lumber strength will allow you to size joists and rafters with the use of span tables. Let's start by taking a broad view. The structural goal of a house is to safely transfer building loads (weights) through the foundation to the..
1 Non-Dense, Recommended for construction where high strength, stiffness and good appearance are desired. *No.2 Dense No.2 . Composite of No.3 strength and No.1 nailing edge characteristics for a better nailing surface. *Construction (2" to 4" . See Table 2 or SPIB Grading Rules for design values. Grade, Grade..
The high values of the compressive strength and specific compressive and tensile strengths perpendicular to the grain (width direction) shown by the experimental thermoplastic composites compared to wood reveal their great potential for use in compressed elements and in functions where components are compressed or..
Fiberon composite and PVC decking. Choose from . Get the beauty of real wood with the performance and durability of capped composites, or solid core PVC boards. . decking-comparison-symmetry-decking.jpg?mtime=20170309220933#asset: decking-comparison-horizon-product.jpg?mtime=20170309220930#asset:..
View our Composite Decking products which come in a variety of materials including wood-plastic composite, capped composite, & PVC. View all our Decks. . Category Comparison, Pressure Treated & Soft Woods, Capped Wood Composite..
Lumber Grades. Understanding lumber grades will help ensure you meet design expectations. Structural framing products are graded for their strength and other physical properties, as opposed to appearance products, which are graded for their aesthetic properties. Below are resources for species-specific appearance..
The x-axis refers to the "strong" axis of bending, except in the case of 3-2x4's bolted together, where the y-axis is stronger (see Fig. 2a). Fig. 2b shows an example where different unbraced lengths apply to the two axes: sheathing nailed to the stud prevents buckling about the y-axis, but not the x-axis. In this case, one might..