Stabilizer and metal deactivator for plastic materials
Hostanox™ OSP 1
Edition Number :
5
Edition Date :
January 01, 2014
Hostanox OSP 1 is a high efficient antioxidant and metal deactivator which prevents the auto-catalytic decomposition of polyolefins. The usage of metal deactivators is mandatory as long as the polyolefin based finished article comes into contact with transition metals, such as Cu, Fe, Ni, Ti, etc.
Product Information
Benefits
- Excellent thermal stability
- Low volatility
- Good extraction resistance in applications with contact to liquid media
- Less impact on the color of the resin compared to other metal deactivators
- High contribution to OIT
Hazards
Classification according CLP regulation (Regulation (EC) No. 1272/2008, as amended)
Skin sensitization, Cat. 1
For further information please refer to the Material Safety Data Sheet.
Classification according CLP regulation (Regulation (EC) No. 1272/2008, as amended)
Skin sensitization, Cat. 1
For further information please refer to the Material Safety Data Sheet.
| Melting Range | 106-124 °C |
| Solubility | Soluble in acetone, isopropanol, toluene, ethyl acetate, chloroform, methanol Insoluble in water |
Hostanox OSP 1 is a metal deactivator with high migration- and extraction resistance. It is very suitable for plastics in particular for polyolefins which are in contact with metals e. g. cable filler black carbon and fittings. Furthermore, Hostanox OSP 1 leads to a remarkable improvement of the OIT value being required in polyethylene pipe applications. In addition, it is recommended for cross-linked polyethylene.
Delivery form
Micro Pills
Packaging
Cartons 25 kg
Pallet 500 kg (20 cartons)
Storage
Minimum shelf life is 3 years from date of shipping when properly stored.
For best shelf life store this product in a dry area at normal ambient temperatures.
Micro Pills
Packaging
Cartons 25 kg
Pallet 500 kg (20 cartons)
Storage
Minimum shelf life is 3 years from date of shipping when properly stored.
For best shelf life store this product in a dry area at normal ambient temperatures.
