Columbia Forest Products 2 ft. x 8 ft. PureBond Oak Plywood Project Panel

Columbia Forest Products 1/4 in. x 2 ft. x 4 ft. PureBond Red Oak Plywood Project Panel (Free Custom Cut Available) 1994

• Direction of the grain is the length of panel.
• Contains 100% natural wood bonded with a food-grade soy-based adhesive that does not emit toxic air contaminants.
• Allow panel to acclimate to interior climate conditions for several days before customizing – for interior applications only.
• For best cutting results, use an 80-tooth (or greater) table saw blade intended for sheet goods or a carbide-tipped circular saw plywood blade.
• Common: 1/4 in. x 2 ft. x 4 ft.; actual: 0.203 in. x 24 in. x 48 in.
• Available in additional species- Alder, Cherry, Cedar, Hickory, Maple, Mahogany, Poplar, Walnut, and White Oak.
• Each panel weighs approximately 6 lbs.
• Water-resistant composition has a higher moisture tolerance than UF panels and is less likely to warp than solid wood.
• Grade: B-4 – see grading guide for additional information.

Unleash your inner craftsman and build beautiful hardwood-faced creations with this PureBond Red Oak Plywood Project Panel from Columbia Forest Products. Harvested in a sustainable manner from a domestic forest, the red oak timber used for the decorative veneer is rotary-cut to exacting standards for an exquisite hardwood appearance that works splendidly on any furniture or cabinetry piece. This 1/4 in. x 2 ft. x 4 ft. panel is comprised of 100% natural wood and assembled with a soy-based, formaldehyde-free PureBond technology that won’t subject interior environs to any toxic off-gassing, as UF-constructed panels are susceptible to do. The yellow poplar core substrate is layered in alternating cross bands with the red oak veneers, augmenting the rigidity, strength and flatness you expect from hardwood for lasting durability and enduring beauty. This 3-ply decorative plywood is a cost-competitive alternative to formaldehyde-laden panels and won’t degrade the air quality of your home or business over time.