MORGOIL® Series Oils
Mobil industrial , United States
Product descriptionMORGOIL® series oils are a family of heavy duty circulating oils specifically designed for the lubrication of plain bearings in metal rolling mills made by Primetals Technologies. They are particularly effective in systems subjected to water contamination such as back-up roll bearings. In addition, MORGOIL products meet the Morgan "super demulsibility" advanced lubricant specification.
The strong performance record of MORGOIL® series oils in Primetals Technologies equipment owes to their balanced formulation which provides for excellent water separation even under severe water contamination conditions. Their formulation also provides excellent resistance to thermal oxidation and degradation while protecting metal surfaces against rust and corrosion. The high viscosity indices of MORGOIL series oils ensure robust fluid film hydrodynamic lubrication even at elevated temperatures.
By resisting the formation of emulsion and sludge, MORGOIL® series oils help keep circulating systems clean and reduce filter loading. Solid contaminants are readily separated, enabling high oil cleanliness levels to be maintained via centrifuge, filtration or reservoir settling methods. MORGOIL series oils are recommended for both single and dual tank circulation systems.
Features and benefitsMORGOIL® series oils utilize the same technology found in Mobil Vacuoline 100 series oils, whose proven performance has made them the primary choice of Primetals Technologies equipment owners worldwide. MORGOIL® series are the primary recommendation by Primetals Technologies for their rolling mill equipment and are supported with the joint expertise and field technical services offered by Mobil and Primetal Technologies.
MORGOIL® series oils are primarily recommended and are used almost exclusively for rolling mill applications, including:
- Back-up roll bearings of rolling mills, particularly bearing systems, where either a single or dual tank is employed
- Other full fluid film plain bearing systems and similar applications in other industries, particularly bearings subjected to heavy water contamination
Specifications and Approvals
|Features||Advantages and potential benefits|
|Outstanding demulsibility||Ready separation from water and contaminants throughout the life of the oil for trouble-free operation and reduced downtime|
|Good resistance to oxidative degradation||Extended oil charge life and reduced oil replacement costs
Cleaner system and filters and reduced maintenance costs
|Excellent rust and corrosion protection||Enhanced equipment protection and equipment life|
|Morgoil series oils||150||220||320||460||680|
|ISO Viscosity Grade||150||220||320||460||680|
|Viscosity, ASTM D 445|
|cSt @ 40ºC||150||220||320||460||680|
|Viscosity Index, ASTM D 2270||96||95||95||95||91|
|Pour Point, ºC, ASTM D 97||-9||-6||-9||-6||-6|
|Flash Point, ºC, ASTM D 92||280||288||286||296||318|
|Specific Gravity @15.6ºC, kg/l, ASTM D 4052||0.89||0.89||0.9||0.9||0.91|
|Demulsibility for non-EP oils, ASTM D2711, ml water||40||36||39||41||40|
|Demulsibility at 82ºC, ASTM D 1401 Minutes to 3ml Emulsion||15||20||25||30||35|
|Rust Protection, ASTM D665 Distilled Water||Pass||Pass||Pass||Pass||Pass|
|Copper Corrosion, ASTM D130 3 hours @ 100ºC||1B||1B||1B||1B||1B|
|Foam Test, ASTM D 892, Seq I Tendency / Stability, ml/ml||0/0||0/0||0/0||0/0||0/0|
Health and Safety
Based on available information, this product is not expected to produce adverse effects on health when used for the intended application and the recommendations provided in the Safety Data Sheet (SDS) are followed. SDS's are available upon request through your sales contract office, or via the Internet on www.mobil.com/industrial. This product should not be used for purposes other than its intended use. If disposing of used product, take care to protect the environment.
All trademarks used herein are trademarks or registered trademarks of Exxon Mobil Corporation and Primetals Technologies LLC, or their respective subsidiaries unless indicated otherwise.03-2022