Special process oils with the lowest carcinogen content

Applications: Softener and extender (plastisizer) for synthetic rubbers, tires and rubber goods.

Advantages

  • Ideal Solution for the Tightest Safety Requirements
    Our product is ecologically safe and features low polycyclic aromatic hydrocarbon content in line with the Regulation (ЕС) №1907/2006.
    Benzo(a)pyren content in NORMAN oils is much lower than the set limit of 1 mg/kg (typically not higher than 0.1 mg/kg – a safety reserve x 10).
  • Perfect Compatibility with Rubber
    The NORMAN oils hydrocarbon composition is well compatible with both various synthetic (NBR, SBR, PBR) as well as natural rubbers, and effectively restricts oils migration from the rubber.
  • High-Performance Oils for High-Performance Tires
    Thanks to NORMAN oils the tires excel in wet grip, rolling resistance and wear resistance.
  • Wide Product Range for Various Applications
    Production of different oil types (including aromatic and naphthenic) both matching the specifications of the world leading manufacturers as well as tailored to the customers’ specific requirements.
  • Stable Product Quality
    The quality parameters stick within close boundaries (superior repeatability)
    Unified production process at all the production sites helps to maintain the same properties regardless of the place and time of manufacture.
  • Patented Cost-Effective Technology for Best Pricing
    Our process requires less raw material for production of one ton of the product than that of competitors. Hence, the production costs undercut the other “green” oils.

Norman 346

Norman 388

Norman 132

Norman 787

Norman 239

TDAE TRAE MES sRAE NLP
(non-labled extender oils)

HI-END tires, recommended for tread rubber

Logo Norman

Tread Rubber

Sidewall rubber
– delivers excellent fuel efficiency;
dust stop oil

RAE oil substitute for tread rubber Substitutes for naphthenic rubber process oils

Technical Data*

NEW! NLP & S-RAE grades

Parameters

Norman 063

Norman 132

Norman 223

Norman 123

Norman 346

Norman 239

Norman 388

Norman 787

NLP

MES

NLP

NLP

TDAE

NLP

TRAE

sRAE

Average glass transition temperature, °C

-77

-63

-56

-55

-50

-50

-43

-40

Kinematic viscosity at 100 °C, mm2/s

4,3

15,0

19,0

20,0

21,0

26,0

31,0

55,0

Aniline point, °C

80

94

81

91

70

77

75

70

Viscosity-gravity constant

0,844

0,850

0,870

0,855

0,888

0,880

0,883

0,896

Aromatic rings carbon content, %

13

16

22

17

26

25

26

30

Aromatic hydrocarbons content

52

53

59

54

74

65

76

80

* These data represent average values for typical products and are given for information purpose only.

Test methods used at Orgkhim are available upon request.