High Viscosity Paraffinic RPO Definition

High Viscosity Paraffinic RPO constitutes branched chain or straight linked hydrocarbon molecules of various viscosities. As the chain length increases, the viscosity increases and the rubber process oil becomes more viscous. They find extensive usage in EPDM, Butyl rubbers. IPOL grades include Paraffinic oils with high viscosity and high flash point for better shelf life of the end product. The high viscosity and high flash point IPOL paraffinic oils are extensively used in EPDM profiles for automotive applications.

High Viscosity Paraffinic RPO Applications

1. Tires
2. Rubber bumpers
3. Industrial Hoses
4. Wire and cable coating
5. Shoes industry
6. Flooring Material
7. Automobile Tires
8. Rubber Shock Absorbers
9. Footwear Bi-Cycle Tyres
10. Tyre Re-Treading Materials
11. Industrial Hoses
12. Battery Casings
13. Containers
14. Extruded Products
15. Wire And Cable Coverings
16. Flooring Materials
17. Technical Molded Goods And Rubber Articles With Reclaim RubberDue To High Solvency., Calendared And Moulded Sheets, Tread Rubber
18. Process Oil Has A Colour Stability, Solubility And Good Thermal Stability Makes RPO Ideal For Moulded Articles, Slippers, Lpg Tubes, Floor Tiles, Etc.

CHARACTERISTICS

Packing

Rubber process oil with high viscosity is packed in new or used 180 kg drums , iso tank , flexi tanks and bulk shipments. Each 20 foot container takes 80 drum high viscosity RPO rubber process oil.

HEAVY RPO STORAGE AND HANDLING

HIGH VISCOSITY RUBBER PROCESS OIL is stable in ambient conditions, non-corrosive and it can be stored in mild steel containers.The product is practically non-irritating to skin and eyes.Lubricants should be in a clean, dry storage. Storage temperature should be appropriate in all cases. All packing should keep away from all kinds of environmental pollutants such as dust and moisture .Lubricants based on their additive has different storage time , HIGH VISCOSITY RUBBER PROCESS OIL has a long shelf time among other lubricants .Temperature fluctuations cause air movement between the environment and the top containers.  if a barrel has any hole lubricant that does not have the temperature drop, in cold weather air goes into the drum and when weather is hot air go out of the drum . With air moisture particles go into containers and is likely to break the base material. Heat or too much cold can cause chemical analysis of lubricants. As previously mentioned, stainless steel may be degrading the quality only after six months of storage. Depending on the formulation, a stainless can have poor solubility in base oils and precipitate. This sedimentation during storage at low temperatures to raise a lot. Oil lubricants eager to absorb moisture in the air naturally . Humidity immediately begins to decompose oil additive and lubricant oxidation of the base material after entering the accelerating consumption cycle.