Products

Check out all our products, click on the thumbnails to enlarge the image:

B/B O&ES

Laminated pinus plywood sheet with phenolic resin. Faces B grade, where small amount of live knots are allowed, small knots repaired with paste, and larger knots repaired with reformation of wood up to 50mm, application of vegetable oil on both faces giving greater resistance and durability to the product allowing several applications.

B/C

Laminated pinus plywood sheet with phenolic resin. Faces B grade, where small amount of live knots are allowed, small knots repaired with paste, and larger knots repaired with reformation of wood up to 50mm, application of vegetable oil on both faces giving greater resistance and durability to the product allowing several applications.Face quality C allowed knots up to 38mm is not sanded. This board has great strength and good appearance, allowing several applications.

C+/C+ O&ES

Laminated pinus plywood board with phenolic resin. Faces quality C + without limits of knots, emassada, sanded and applied vegetal oil and, both faces, high mechanical resistance to the flexion and traction allowing diverse applications.

C+/C+

Laminated pinus plywood board with phenolic resin. Faces quality C + without limits of knots, emassada, sanded on both faces, high mechanical resistance to flexion and traction allowing diverse applications.

C+/C

Laminated pinus plywood board with phenolic resin. Faces F grade without limits of knots. High mechanical resistance to bending and traction allowing several applications.

C/C

Laminated pinus plywood board with phenolic resin. Quality F faces without boundaries of nodes. High mechanical resistance to flexion and traction allowing several applications.

T&G

Plywood plywood board with phenolic resin. High dimensional stability and mechanical resistance to bending, traction and compression. Male and female docking system.

Sheathing

Plywood plywood board with phenolic resin. Faces C and D without node boundaries. High mechanical resistance to flexion, traction and compression.