TRAE
General description of TRAE
TRAE aromatic rubber oil (treated residual aromatic extract) is environmentally friendly fully aromatic extract oil from the solvent extracting process of the residual vacuum distillation which contains polycyclic components (pac) .
Product contributing to both ease of processing and improved product performance in rubber industry. Using treated residual aromatic extract has some advantages and benefits as below :
Good abrasion resistance
Good low-temperature flexibility
Low amounts of waste tires in the process
Good resistance to reversion
According to with international standards (eu 2005/69/ec)
Saving fuel and energy consumption
Extended tires life time
Uses of treated residual aromatic extract
And also Treated residual aromatic extract carrier oils, plasticizers, diluents & filling agents remain in the final product contributing to both ease of processing and improved product performance in the rubber industry.
Packing of TRAE
Usually Treated residual aromatic extract rubber process oil is packed in new or used 180 kg drums , iso tank , flexi tanks and bulk shipments. Each 20 foot container takes 80 drum .
Guaranty/warranty of TRAE
Atdm guaranty the quality of the product with the arrangement of an international inspector to check the quality and quantity of TRAE during the loading to the vessel and control the production by qc by batch test report before shipping. Atdm guaranty the quality to meet with ASTM.
Treated residual aromatic extract analyze
Rubber process oil – TRAE | |||
Characteristics | Range | Test method astm | |
Kinematic viscosity @ 100 deg. C, cst | 40 | D-445 | |
Kinematic viscosity @ 50 deg. C, cst | 590 | D-445 | |
Flash point, deg. C | 250 | D-92 | |
Pour point, deg. C | +42 | D-97 | |
Specific gravity @15.6 c kg/m3 | 0/950 | D-1298 | |
Aniline point, c | 70 | Ip-2 | |
Sulphur content, wt% | 3 | D-2622 | |
Color | 7 | ||
Viscosity gravity constant (vgc) | 0/875 | D-2501 | |
Pca content (dmso), wt% | 3 | Ip-346 | |
Refractive index at 20 c | 1/5255 | D-1218 | |
Carbon type analysis Ca Cn Cp | 20 25 55 | D-3238 |