Buoy performs third party testing on every batch of new products for heavy metals, pathogens, accurate ingredient levels and impurities.
Clinically-Proven
The final liquid after bottling tested negative for microplastics using an advanced 100ml filter by a Third Party laboratory.
Microplastics are polymeric particles < 5 mm in size.
| Preparation Parameters | Value | Units |
|---|---|---|
| Sub-sample (prepared): | 360 | (ml) |
| Effective Filter Area: | 1370 | (mm2) |
| Field Area: | 1370 | (mm2) |
| No. Fields Analyzed: | 1 | (No.) |
| Area Analyzed: | 1370 | (mm2) |
| Limit of Quantitation: | 0.0028 | (Particles/ml) |
| Particle Size Range (μm) | Concentration (Particles/ml) | % in Range |
| < 1 - >5000 | < LOQ | N/A |
| Total Microplastics |
None Detected |
N/A |
Clinically-Proven
All tests are done to the sharpest degree possible."Absent" is not possible for certain tests and machinery.
Testing for the Lowest Detectable Amount is standard for all tests except E coli, Salmonella and Staph.
Key: Lowest Detectable Amount = L.D.A.
| Test | Method Reference | Results | Unit |
|---|---|---|---|
| Mold Count | USP |
<10
L.D.A |
cfu/g |
| Yeast Count | USP |
<10
L.D.A |
cfu/g |
| Aerobic Plate Count | USP |
<10
L.D.A |
cfu/g |
| Coliform Count | AOAC 989.10,AOAC 991.14 |
<10
L.D.A |
cfu/g |
| Lactic Count | CMMEF |
<10
L.D.A |
cfu/g |
| E coli Count | USP |
|
/10g |
| Salmonella Count | USP |
|
/10g |
| Staph aureus Count | USP |
|
/10g |
Clinically-Proven
Heavy metals are naturally-occurring in our soil and water.They're in almost everything from municipal tap water organic foods you purchase at a farmer's market. Compare Buoy to everyday foods.
| Test | Buoy Results |
Compare toEveryday foods |
||
|---|---|---|---|---|
|
|
|
||
| Arsenic | <0.02ppm | <0.04ppm | <0.02ppm |
0.39ppm
|
| Cadmium |
<0.001ppm Undetectable |
<0.001ppm Undetectable |
<0.02ppm |
.17ppm
|
| Lead | <0.1ppm | <0.2ppm | <0.1ppm |
1ppm
|
| Mercury |
<0.005ppm Undetectable |
<0.005ppm Undetectable |
<0.005ppm Undetectable |
1ppm
|
Clinically-Proven