WARNING: California Proposition 65

Fabrication: Fully Synthetic

RAVENOL Transfer Fluid BW 44 is a PAO (Poly-alpha-olefin) based, fully synthetic transfer fluid with a special additive and inhibition, which ensure the proper functioning of the active transfer case.

RAVENOL Transfer Fluid BW 44 is a fully synthetic gear lubricant for use in electronically controlled active transfer case. RAVENOL Transfer Fluid BW 44 ensures optimum power transmission.

Application Directions:

RAVENOL Transfer Fluid BW 44 was developed for use in Borg-Warner transmission systems BW 44-40 and BW 44-44 from 2016 EU (USA 2014).

RAVENOL Transfer Fluid BW 44 provides a stable viscosity even under the highest loads. It is particularly suitable when a specification according to MB 236.13 is required for Mercedes A001 989 23 03; Mercedes transfer case A2202800700, A2112801000, A2112800900, A2032800700, A2112801000, A2112800900, A2032800700 for 4Matik S-Klasse W220, EKlasse W211, C-Klasse W203. Also suitable for Chrysler transfer case, 68214750AC, 68214751AB, 68214751AC for Chrysler 300C LX, Dodge Charger LX/LD, Dodge Magnum LX.

Quality Classification:

RAVENOL Transfer Fluid BW 44 is tried and tested for aggregates specifying:
Specification: Mopar 68089195AA
Recommendations: BorgWarner 44-40, BorgWarner 44-44, BorgWarner 44-45 bis 2016, BorgWarner 44-46, BorgWarner 44-47, BorgWarner 44-48, Chrysler 300C LX, Chrysler Transfer Case 68214750AC, Chrysler Transfer Case 68214751AB, Chrysler Transfer Case 68214751AC für 300C LX, MB 236.13 (A 001 989 23 03), Mercedes A 001 989 22 03, Mercedes Transfer Case  A2032800700, Mercedes Transfer Case  A2112800900, Mercedes Transfer Case  A2112801000, Mercedes Transfer Case A2202800700, Mopar 68049954AC / 68049954AA

Technical Characteristics:

RAVENOL Transfer Fluid BW 44 offers:

• Very good lubricating ability even at very low temperatures in winter
• A high, stable viscosity index
• Very good oxidation stability
• Protection against wear, corrosion, and foam formation
• Good balanced coefficient of friction
• Neutral towards sealing materials
• Neutral behavior by inhibition compared with non-ferrous metals