Setting the standard of engineered panels
Bamboo Strand Board
The engineered panel that started Panda Industries — a PS-2 structural-grade replacement for traditional timber OSB. Fusing bamboo's strength with a patented board formation, BSB outperforms OSB on strength, durability, and workability while cutting a project's environmental footprint. It's the material everything else we build stands on.

Cross-Hatched Bamboo Strand Lumber
Panda Industries has filed its Patent on the technology behind all its bamboo-based products in 14 countries and unions. Click here to learn more.
Engineered, not just cut.
Ordinary strand board scatters wood flakes at random. BSB orients bamboo strands and cross-hatches them layer over layer — the patented structure that makes it behave like “vegetable steel.”
Performance Statistics
Rethink what's normal.
Tensile strength
Bending strength
Shear strength
Flexural strength · main axis
Flexural strength · supporting axis
Modulus of elasticity · main axis
Modulus of elasticity · supporting axis
Independently tested by the Korean Forestry Agency.
Zero added formaldehyde
Most structural panels are bonded with formaldehyde resins. BSB tested at 0.0 mg/L — no detectable emission — by the Korea Forestry Promotion Institute. Lower is cleaner; the bars mark the strictest emission-class limits for comparison.
Emission-class limits shown per the KS/JIS desiccator method (mg/L). BSB result is the measured KOFPI value.
Strength and Durability
Bamboo has earned the nickname "vegetable steel." The species we use, paired with our patented board formation, produces a panel that is exceptionally strong and durable — one that tests 1.5 to 7 times stronger than traditional timber OSB.
Workability
Our patented technology lets BSB be nailed or screwed edge to edge without splitting. Produced as a PS-2 grade OSB alternative, it's built for roof sheathing, walls, and subfloors — and is undergoing ICC-ES evaluation for building-code compliance.
Sustainability
Bamboo sequesters roughly 340% more carbon dioxide than a typical forest of the same size. It's also stronger than — and grows 3 to 5 times faster than — standard softwoods, maturing in 5 to 7 years instead of the 15 to 25 that timber needs, for a far faster regeneration cycle.
BSB vs. OSB
Engineered to outperform.
Across tensile, bending, compressive & shear strength vs. traditional timber OSB
Structural rating for roof sheathing, walls, and subfloors
CO₂ sequestered vs. a typical forest of the same size
Bamboo regrows in a fraction of timber's 15–25 years
BUILD THE RIGHT SIDE OF HISTORY™
