Key benefits of using Anderol® lubricants

Below stated the key benefits of using Anderol® Lubricants. All of these factors do not only slash maintenance downtime and costs but also considerably extend equipment life.

Synthetic lubricants increase plant productivity by allowing machinery to operate for longer periods at peak efficiency. Their superior viscosity - temperature characteristics enable inventories to be minimized - adding further to the economical advantage. Moreover reduced consumption means lower disposal costs and fewer environmental problems. Click here to read more about the advantages of synthetic lubricants. Our technical professionals are ready to assist you with your specific applications.

ANDEROL BV is supported by a worldwide organization with production and extensive laboratory facilities in Europe.

Throughout the world our products are marketed through a vast network of Distributors and Agents, guaranteeing fast delivery and efficient service.

 

Contact us for detailed information on our products and services.

Remember, ANDEROL® is only a telephone call away.

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PROPERTY

  

BENEFIT
High thermal stress resistance →
 Durable long term performance

Reduced viscosity variation with temperature  change 

 →

Improved ability to flow at low temperatures 
Less wear at cold start and elevated operating temperatures
No need for seasonal oil changes
Improved sealing
Load carrying capacity retained during long service life  →
 Extended drain intervals
Improved lubricity → Higher efficiency and lower energy consumption
Less noise
Lower volatility → Reduced lubricant consumption 
High Temperature oxidation resistance → Suitable for elevated temperature applications
Prevents thickening, minimal tarring, coking and lacquering
Good demulsification throughout lubricant life → Maintains lubricity in presence of water and steam
Prevents corrosion and rusting 
Cuts disposal costs
Excellent contaminant stabilization → Protects equipment in harsh environments
Detergent effect dissolves carbon deposits
Efficient heat transfer → Improved cooling allows higher speeds and/or higher loads
Superior film strength → Reduced wear during intermittent operation
Higher flash-point and auto-ignition temperatures → Enhanced work place safety