Board · 5–40 mm
Bamboo — indicative fig. O·03
Fire Combustible CombustibleEmbodied carbon Data pending Per-m² sourceCompressive 25-80MPa StructuralDesign life 25yr
High-performance engineered bamboo composite board with excellent strength-to-weight ratio, carbon-negative environmental profile, and versatile applications in sustainable Australian construction.
01 Physical
Density 600-1300kg/m3
Specific gravity 0.60-1.30
Porosity 3-15%
Water absorption 3-20%
UV resistance poor-without-treatment
Chemical resistance moderate
02 Mechanical
Tensile strength 35-160MPa
Compressive strength 25-80MPa
Flexural strength 20-95MPa
Shear strength 8-25MPa
Impact resistance 15-40kJ/m2
Creep resistance good
03 Thermal
Thermal conductivity 0.15-0.35W/mK
Specific heat 1200-1600J/kgK
Thermal expansion 0.004-0.008mm/mK
04 Compliance & Fire First question
Combustibility class Combustible — Group 3 (untreated)
Fire resistance level 15-45minutes
Ignition temp 250-400degC
Flame spread index 75-200FSI
Smoke dev. index 50-150SDI
Heat release rate 150-350kW/m2
05 Sustainability & Health
Embodied carbon -10 to -110kg CO2-eq/m2
Carbon footprint -15 to -268kg CO2-eq/m3
Embodied energy 15-25MJ/kg
Water footprint 250-600L/kg
Recyclability 70-85%
Recycled content 0-5%
Renewable content 85-95%
Circular score 7-8/10
VOC emissions 0.01-0.1mg/m3
Toxicity rating low
LEED contribution 4-8points
06 Durability · Cost · Logistics
Expected lifespan 25-50years
Material cost (range) 40-120AUD/m2
Material cost (per unit) 80-250AUD/sheet
Lead time 7-84days
Lifecycle cost 80-200AUD/m2
Annual maintenance 1-3AUD/m2/year
Market availability moderate
07 Assessment
Advantages
- Carbon-negative environmental profile (bamboo sequesters 1.46x more CO2 than fir forests)
- Exceptional strength-to-weight ratio — scrimber exceeds most hardwoods mechanically
- Rapid renewable resource (3-5 year harvest cycle vs 25-80 years for hardwood)
- Natural antimicrobial properties from bamboo's silica content
- Good dimensional stability when properly manufactured and sealed
- Workable with standard woodworking tools (saw, drill, route, sand)
- Attractive natural grain patterns — distinctive node markings
- Cost-competitive with premium hardwood alternatives
- High recycled/renewable content (85-95% bamboo fiber)
- Low-formaldehyde and NAF adhesive options available (E0/E1 rated)
Constraints
- All product currently imported to Australia (China/SE Asia), adding transport cost and carbon
- Combustible material — limits NCC-compliant exterior applications without fire engineering
- Variable quality between manufacturers — adhesive and pressing standards differ significantly
- Limited long-term performance data in Australian climate conditions (sub-20 years)
- Moisture protection critical — swelling and delamination risk if not properly sealed
- Formaldehyde emissions from some adhesive systems (specify E0/NAF products)
- Higher initial cost than conventional particleboard or MDF (20-25% premium over plywood)
- Limited domestic supply chain — no Australian bamboo board manufacturing
08 Applications
A1 Interior wall panelling and feature walls
A2 Residential and light commercial flooring
A3 Cabinetry and joinery construction
A4 Furniture and shelving
A5 Countertops and work surfaces (scrimber grade)
A6 Architectural millwork and trim
A7 Exterior cladding (with appropriate protection and NCC compliance)
A8 Acoustic panels (perforated with absorber backing)
09 Sources & Standards
Sources pending — citations for this material are not yet recorded. Verify all figures against manufacturer data and current standards before specifying.