Add XDP3200 Synthetic Coolant to comparison
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- Application
- Performance
- Storage
- Specifications
- Work Material
- Reviews
Product Description
XDP3200 is a neo-synthetic, water-miscible fluid for metal machining. It replaces mineral and vegetable oils with high-quality polymers that dissolve completely in water. This makes it ideal for machining ferrous alloys, delivering excellent surface finishes. It’s also suitable for yellow metals but not for aluminium alloys.
The formula is free from mineral oil, vegetable oil, and harmful compounds like chlorinated agents, boric acid, and nitrites. XDP3200 offers stable performance in all water hardness levels. It’s low-foaming at high pressures, provides great lubricity for ferrous metals, and is highly compatible with seals.
- Stable solution at all water hardnesses
- Low foam even at high pressures
- Excellent lubricity of ferrous alloys
- High compatibility with seals due to mineral oil absence
- Total insolubility of tramp oil
Product Data
| Workpiece Material | P M K S |
| Cooling Power | Excellent |
| Corrosion Protection | Excellent |
| Drag-Out | Excellent |
| Lubrication | Excellent |
| Size | 5L |
| Tool Life Performance | Excellent |
| Type | Synthetic |
XDP3200 must be diluted in water at a concentration ranging from 5% to 15%, depending on the severity of the operation. It is completely water-soluble.
Good +
Better ++
Best +++
| Type | Synthetic |
| Lubrication | ++ |
| Drag-Out | +++ |
| Cooling Power | +++ |
| Tool Life Performance | ++ |
| Corrosion Protection | +++ |
| Water Hardness Range | 50-1000 ppm |
- Store in a closed area at temperatures not below 5ºC or above 40ºC
- Shelf life: 1 year
- Keep the container correctly closed after used to avoid evaporation or contamination.
| Appearance | Transparent liquid |
| Colour | Light Yellow |
| Density (g/ml) | 1.06 at 25ºC |
| Refractive factor | 1.78 (Reading º Brix x 1.78 = Concentration) |
| pH(5%) | 9.3 |
Carbon Steels
Excellent
Good
Great
Excellent
Stainless Steels
Great
Good
Great
Excellent
Cast Iron
Great
Good
Great
Excellent
Titanium
Great
Good
Great
Excellent
