Kk India Petroleum Specialities Pvt. Ltd.

Characteristics & Usages

• Liquid alkylated phenylamine antioxidant for lubricants
•  High nitrogen content
•  Effectively control lubricants viscosity increase due to oxidation
•  Excellent protection against thermo-oxidative degradation of lubricating oils
• Provide higher stoichiometric factor than other alkylated diphenylamines
•  Meet the European Ecolabel criteria for lubricants and is featured on the Lubricant
• Substance Classification List (LuSc-list)
•  Applications include mineral oil based engine oils, circulating oils and hydraulic fluids, synthetic industrial lubricants and engine oils
•  SONGNOX® L670 and lubricants formulated with SONGNOX® L670 may discolor in use. This has no effect on performance
•  For additional information please consult the Material Safety Data Sheet

Characteristics & Usages

• Liquid high molecular weight phenolic antioxidant for lubricants
• Excellent solubility in mineral oil and easy to handle
• Provides superior protection against oxidation and deposit formation
• Applications include industrial lubricants, engine oils and power transmission fluids Contributes to piston cleanliness in diesel and gasoline engine oils
• Meet the European Ecolabel criteria for lubricants and is featured on the Lubricant Substance Classification List (LuSc-list)
• For additional information please consult the Material Safety Data Sheet

 

Characteristics & Usages • Liquid octylated/butylated diphenylamine antioxidant for lubricants • High nitrogen content • Effectively controls lubricants viscosity increase due to oxidation • Excellent protection against thermo-oxidative degradation of lubricating oils • Applications include mineral oil-based industrial lubricants, synthetic industrial lubricants, greases and engine oils • Approved by NSF / FDA for use in blending food grade lubricants with incidental food contact, at a level not to exceed 0.5% by weight • SONGNOX® L570 and lubricants formulated with SONGNOX® L570 may discolor in use. This has no effect on performance