RPO - Rubber Process Oils Process oils for Rubbers, Elastomers and Adhesives
Rubber Process Oils are perfect intermediate products to optimize required conditions.The compounder can achieve a workable mass with adequate dispersion of fillers through the selection of the correct process oils.
It is known that the modern rubber compounding process requires high speed mixing and short mixing periods with proper polymer consistency for rapid processing.
The Function of ZigguratOil Rubber Process Oils is to improve physical properties of vulcanization to reduce the cost of the finished rubber compounds.
Typical Characteristics of RPO
rpo 135 – rpo 145 – rpo 155 – rpo 245 – rpo 250 – rpo 290 – furfural extract(DAE)
Specification
| REQUIRMENT | ||||
| TEST METHOD | UNIT | MIN | MAX | |
| PENETRATION@ 25°C | ASTM D5 | 0.1 mm | 60 | 70 |
| SOFTENING POINT | ASTM D36 | °C | 49 | 56 |
| DUCTILITY@ 25°C | ASTM D113 | Cm | 100 | – |
| LOSS ON HEATING %WT | ASTM D6 | % (m/m) | – | 0.2 |
| FLASH POINT | ASTM D92 | °C | 250 | – |
| SOLUBILITY IN CS2 %WT | ASTM D4 | % (m/m) | 99.0 | – |
| DROP IN PENETRATION AFTER HEATING | ASTM D5 | % | – | 20 |
| REQUIRMENT | ||||
| TEST METHOD | UNIT | MIN | MAX | |
| PENETRATION@ 25°C | ASTM D5 | 0.1 mm | 60 | 70 |
| SOFTENING POINT | ASTM D36 | °C | 49 | 56 |
| DUCTILITY@ 25°C | ASTM D113 | Cm | 100 | – |
| LOSS ON HEATING %WT | ASTM D6 | % (m/m) | – | 0.2 |
| FLASH POINT | ASTM D92 | °C | 250 | – |
| SOLUBILITY IN CS2 %WT | ASTM D4 | % (m/m) | 99.0 | – |
| DROP IN PENETRATION AFTER HEATING | ASTM D5 | % | – | 20 |
| REQUIRMENT | ||||
| TEST METHOD | UNIT | MIN | MAX | |
| PENETRATION@ 25°C | ASTM D5 | 0.1 mm | 60 | 70 |
| SOFTENING POINT | ASTM D36 | °C | 49 | 56 |
| DUCTILITY@ 25°C | ASTM D113 | Cm | 100 | – |
| LOSS ON HEATING %WT | ASTM D6 | % (m/m) | – | 0.2 |
| FLASH POINT | ASTM D92 | °C | 250 | – |
| SOLUBILITY IN CS2 %WT | ASTM D4 | % (m/m) | 99.0 | – |
| DROP IN PENETRATION AFTER HEATING | ASTM D5 | % | – | 20 |
| TEST METHOD | MIN | |
| PENETRATION@ 25°C | ASTM D5 | 60 |
| SOFTENING POINT | ASTM D36 | 49 |
| DUCTILITY@ 25°C | ASTM D113 | 100 |
| LOSS ON HEATING %WT | ASTM D6 | – |
| FLASH POINT | ASTM D92 | 250 |
| SOLUBILITY IN CS2 %WT | ASTM D4 | 99.0 |
| DROP IN PENETRATION AFTER HEATING | ASTM D5 | – |
| PENETRATION@ 25°C | ASTM D5 | 60 |
| TEST METHOD | MIN | |
| PENETRATION@ 25°C | ASTM D5 | 60 |
| SOFTENING POINT | ASTM D36 | 49 |
| DUCTILITY@ 25°C | ASTM D113 | 100 |
| LOSS ON HEATING %WT | ASTM D6 | – |
| FLASH POINT | ASTM D92 | 250 |
| SOLUBILITY IN CS2 %WT | ASTM D4 | 99.0 |
| DROP IN PENETRATION AFTER HEATING | ASTM D5 | – |
| PENETRATION@ 25°C | ASTM D5 | 60 |
| TEST METHOD | MIN | |
| PENETRATION@ 25°C | ASTM D5 | 60 |
| SOFTENING POINT | ASTM D36 | 49 |
| DUCTILITY@ 25°C | ASTM D113 | 100 |
| LOSS ON HEATING %WT | ASTM D6 | – |
| FLASH POINT | ASTM D92 | 250 |
| SOLUBILITY IN CS2 %WT | ASTM D4 | 99.0 |
| DROP IN PENETRATION AFTER HEATING | ASTM D5 | – |
| PENETRATION@ 25°C | ASTM D5 | 60 |
| TEST METHOD | MIN | |
| PENETRATION@ 25°C | ASTM D5 | 60 |
| SOFTENING POINT | ASTM D36 | 49 |
| DUCTILITY@ 25°C | ASTM D113 | 100 |
| LOSS ON HEATING %WT | ASTM D6 | – |
| FLASH POINT | ASTM D92 | 250 |
| SOLUBILITY IN CS2 %WT | ASTM D4 | 99.0 |
| DROP IN PENETRATION AFTER HEATING | ASTM D5 | – |
| PENETRATION@ 25°C | ASTM D5 | 60 |