Nanostructured Alumina
Quick Facts
- Type
- Nanotechnology / Physical
- Source
- Aluminum oxide nanoparticles engineered with specific surface structures to damage insect cuticles
- OMRI Listed
- No
- Bee Safe
- Yes
- Pet Safe
- Yes
- Residual
- Indefinite in dry conditions — same as DE but requires far less material
- Best For
- Stored grain protection. Future replacement for diatomaceous earth at lower application rates.
What Is Nanostructured Alumina?
Works like diatomaceous earth but at nanoscale — engineered alumina particles abrade and absorb lipids from insect exoskeletons with far greater efficiency. 10-100x more effective per gram than conventional DE. Physical mode of action means zero resistance development.
Source: Aluminum oxide nanoparticles engineered with specific surface structures to damage insect cuticles
What Pests Does Nanostructured Alumina Kill?
Nanostructured Alumina is effective against the following pests:
How to Apply Nanostructured Alumina
Best for: Stored grain protection. Future replacement for diatomaceous earth at lower application rates.
Avoid for: Current field use (limited availability). Situations where inhalation exposure is possible.
Residual activity: Indefinite in dry conditions — same as DE but requires far less material
Safety Profile
| Category | Rating |
|---|---|
| Bee Safety | 🟢 Safe for bees |
| Pet Safety | 🟢 Safe for pets |
| Overall Rating | Safe — Safe for kids, pets, and bees when used as directed |
Why Isn't Nanostructured Alumina Working?
If Nanostructured Alumina isn't delivering results, check these common failure modes:
Not commercially available yet for most applications
Nanoparticle regulatory classification uncertain
Inhalation safety of nanoparticles needs more study
Moisture reduces effectiveness like conventional DE