Five major indicators to help you understand the strength and beauty of OSB boards

OS B board​

OSB, also known as European pine board, is scientifically known as oriented strand board. Made from wood, it is processed into large flakes using CNC equipment. These flakes are then degreased, dried, oriented, and hot-pressed.

The product is glued with PMDI adhesive, which has the characteristics of high waterproofness and good environmental protection, and is deeply favored by domestic and foreign furniture companies.

Real materials

Log construction

Penghong OSB boards are made from sliced ​​virgin wood chips through processes such as directional paving, continuous hot pressing, and sanding and shaping. With its excellent stability and weather resistance, it is widely used in construction, decoration, furniture and other fields.

Appearing without makeup

Very attractive

Unlike the surface treatment of blockboard and particle board, Penghong OSB board has a natural crisscross texture to ensure the smooth and flat surface of the board. The plain board has a pure and bright color and is highly adaptable to decoration.

Stable performance

High stress resistance

Penghong OSB board features a longitudinally arranged surface layer and a transversely arranged core layer. This restructured wood structure eliminates the effects of internal wood stress on processing. The product boasts uniform density and unmatched nail-holding strength, particularly in bending and impact resistance, unlike traditional materials.

Green and environmentally friendly

Healthier

OSB boards are manufactured in strict accordance with national industry standards. They use environmentally friendly adhesives and virgin wood chips, resulting in no harmful odors. They are heated and pressurized at 200°C to kill bacteria in the wood and protect the boards from corrosion.

Structural characteristics

Very energy-saving

The long fibers in OSB panels have a low coefficient of expansion, allowing them to maintain structural integrity even in humid environments. Furthermore, the board's porous structure diffusely reflects sound, achieving a certain degree of noise reduction. Furthermore, its low thermal conductivity contributes to energy conservation and emission reduction in buildings.