Biodegradable
Safe Biodegradable lubricants
Eco-friendly industrial oils
Biodegradable lubricants designed to decompose rapidly into harmless natural substances while providing low toxicity and high performance. Derived from renewable resources like synthetic esters or vegetable ester oils , they are ideal for applications in sensitive open air industrial, agriculture, forestry, and marine environments.

Marine, forestry and agriculture industries in particular, along with citizen groups and governments, are becoming more and more concerned about our responsibility to the protection of the environment. The use of biodegradable fluids can help to maintain the environment and relieve some of the demand on mineral oils in the future.
As Bio lubricants produced on Vegetable oils base have several disadvantages as lack of sufficient oxidation stability and not enough low pour opoint, Molylub offers only high-tec Synthetic Ester based biodegradable lubricants
Synthetic Ester based biodegradable lubricant
The latest generation of synthetic biodegradable lubricants has seen technological advancements, enhancing performance elements like oxidation stability and thermal stability while providing environmental benefits. Despite this, misconceptions around their performance persist creating hesitance for companies as Railways to switch to biodegradable lubricants, opening them up to the risk of falling behind in environmental sustainability.
The synthetic esters used in biodegradable products provide oxidation stability, thermal stability and shear protection, means better performance from the lubricant. In this case equipment should get fewer failures and less downtime, helping to reduce maintenance cost, prolonging the system life, Molylub Bio lubricants can contribute reduced costs and lower emissions
| PRODUCT | COMPOSITION | TYPE | APPLICATION | |
| Molylub MicroCut 35 SF Bio | Bio Syn Ester oil/ EP,AW | Metalworkinh neat oil | Non-soluble MQL minimal lubrication cutting oil for milling, drilling, broaching, punching operations | ![]() |
| Molylub BioRail L-000 G | Bio Ester oil/ Inorg thickener + Graph | Semi-fluid railways grease | Railway locomotive wheel flanges | ![]() |
| Molylub BioRail M-0000 T | Bio Ester oil/ Ca-Gel thickener + PTFE | Semi-fluid railways grease | Railway switch plate bushes, blades | ![]() |
Environmently safe metalworking Bio cutting oil
Biodegradable cutting lubricants are environmentally friendly, esterbased fluids designed to reduce tool wear and heat in machining processes. These oils, such as Molylub MicroCut 35 SF Bio, offer excellent lubricity, lower environmental toxicity, and high performance for metalcutting, particularly in applications requiring sustainability.
Biodegradable, multifunctional and EP cutting oil, specifically formulated with synthetic ester for a more effective reduction of friction between the tool and the workpiece. The formulation is free of chlorine and sulphur and is enriched with specific additives that give the product high detergent, anti-corrosive, anti-fog and antioxidant properties.
Biodegradable transformer oil Molylub BioInsul BD
Readible Biodegradable Molylub BioInsul BD is the latest addition to the Molylub InsulOil range of high-performance transformer oils. It is readily biodegradable, meaning it is suitable for environmentally sensitive locations that require safeguarding against spills.
Molylub BioInsul BD is specifically designed to deliver peak performance in transformers under increasing pressure from growing electricity demand. Excellent cooling and heat transfer properties enable superior system efficiency, while its formulation also provides robust resistance to oil ageing and degradation.
Transformers operate in high stress environments worldwide, but some of the toughest conditions exist in very cold or arctic climates where challenges for power professionals are aplenty. Molylub BioInsul BD with a low viscosity, resulting in a pourpoint of -51ºC, providing excellent cold temperature performance to help keep transformers in highest production rate.

