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Micronized Wax For Plastics
Since our discovery that PTFE increases the level of rub and abrasion resistance that wax cannot provide alone, we have developed various combinations of these materials. Our FluoroSLIP® products are powder-in-powder dispersions controlled for dispersibility in liquids by typical draw down methods.
Introducing micronized wax powder for Plastics
Advancing Masterbatch Formulation
Masterbatches are widely used in extrusion, injection molding, and blow molding processes. Typically
composed of polymers, pigments, and conventional waxes, these formulations are everyday standards.
Shamrock Technologies is excited to introduce a series of micronized wax powders formulated for its ease
of use in masterbatch formulations.
Key advantages of using micronized wax powders:
Traditional wax pellets
Micronized wax
- Improved Wetting and Dispersion
- Efficient Wax Utilization
- Consistency in Formulation
- Cost-Efficient Pigmentation
- Operational Efficiency
| Product | Composition | Particle Size Mean Value | 99% of Particle Under | DSC Melt Point | Sp. Gravity (25°C) | Melt Viscosity (mPas) |
|---|---|---|---|---|---|---|
| S-400-SP5 | Amide | 10 μm | 35 μm | 144 | 0.98 | 10 @ 165°C |
| S-379-N8 | Fischer-Tropsch | 11 µm | 40 µm | 100°C | 0.93 | 15 @ 140°C |
| S-395-SP5 | Oxid. Polyethylene | 10 µm | 35 µm | 248°F / 120°C | 0.95 | 100 @ 140°C |
| S-394-N5 | Polyethylene | 7 – 9 μm | 25 μm | 235°F / 113°C | 0.95 | 30 @ 140°C |
| NonSKID 59 | Modified PP | 7-10 µm | 20 µm | 302 ˚F / 150˚C | 0.93 | 350 @ 170°C |
| SPP-25 | Polypropylene | 25 µm | 20 µm | 144°C | 0.93 | 150 @ 160°C |