2.3×
Harder
vs typical plywood
69 MPa
Peak MOR
bending strength
10,256
Peak MOE (MPa)
stiffness rating
ASTM D1037
Test Standard
DOST verified
Interactive Comparison
How Does NUMAT Stack Up?
Select a metric below to compare NUMAT bamboo against plywood and hardwood with plain-English context.
Modulus of Rupture — Bending Strength
MOR measures how much load a board can take before breaking. Higher = stronger floors, shelves, and structural panels. The metric most specifiers use to qualify structural materials.
Performance comparison
NUMAT leadsUpper-end NUMAT boards exceed typical plywood bending strength. Mid-range configurations are fully competitive with commercial plywood grades.
Raw Test Data
Full ASTM D1037 Results
Exact figures from DOST-supported third-party testing, presented alongside plywood reference ranges.
NUMAT Bamboo vs Typical Plywood
DOST / ASTM D1037 test results versus common plywood reference ranges.
| Metric | NUMAT Bamboo | Typical Plywood | What It Means |
|---|---|---|---|
MOR Modulus of Rupture | 22.77–69.44 MPa | ~30–60 MPa | NUMAT can compete with or exceed typical plywood depending on configuration. |
MOE Modulus of Elasticity | 2,211.82–10,256.71 MPa | ~4,000–9,000 MPa | Upper-end results outperform typical plywood stiffness references. |
Compression Compression Strength | 25.19–30.46 MPa | ~20–35 MPa | Performance within the range expected for commercial plywood boards. |
Hardness Surface Hardness | 3,918.33–7,377.33 N | Typically lower and variable | Significantly exceeds plywood — ideal for flooring and exposed surfaces. |
Methodology
Testing Notes
Results apply to the specific samples submitted for testing and are provided for reference. Values may vary depending on product configuration, moisture content, thickness, ply arrangement, and manufacturing lot.
Full technical results and supporting documentation are available upon request. Please contact our team if you require the complete testing package for evaluation, procurement review, or project submission.