Practical Comparison
What can be measured.
The following key figures are based on documented comparative tests using identical tools, materials, and machine parameters – once with a standard premium coolant and once with the corresponding NanoCoolant product.
FOUR TYPICAL PRACTICAL CASES
| Case | Machine / Operation |
Market Standard | NanoCoolant | Δ Tool Life* |
Δ Cycle Time |
|---|---|---|---|---|---|
| A | Single-lip drilling · Ø10 mm · 42CrMo4 |
110 m/min · f 0,032 |
140 m/min · f 0,040 (Tool-X 101 EU) |
+250 % | −24 % |
| B | Thread forming · M8 · 1.4404 | Market tapping fluid | Tapping Fluid 138 (CNO) | +180 % | −12 % |
| C | Swiss-type turning · Ø4 mm · MS58 | Market turning oil | Swiss Screw 175 (CNO) | +90 % | −18 % |
| D | Roughing · Inconel 718 | Market neat cutting oil | Machine Oil 180 (CNO) | +220 % | −20 % |
−80 to −90 %
Heat Generation in the
Cutting Gap
50–400 %
Longer
Tool Life*
+24 to +28 %
Cutting Speed & Feed Rate
WHAT THESE VALUES MEAN
- Tool life: Number of parts produced per cutting edge before tool change.
- Δ values: Percentage change compared with the market standard under identical conditions.
METHODOLOGY
- Identical tools: Same manufacturers, geometries, and batch.
- Same materials: Identical grades and hardness levels.
* Note on the Δ values: 50 to 400 % longer tool life, depending on material and process — representative averages from documented practical tests.