Extreme Pressure (EP) additives are commonly used in lubricants to reduce wear and prevent seizures at high temperatures and pressure. In terms of their mechanism, these build up a film on the surface with chemisorption. This film efficiently prevents metal-metal adhesion. Industrial statistics show that extreme pressure additives are mostly used in metalworking fluids, lubricating greases and engine oils. Sulfurized vegetable oils can be used as EP additives of lubricants.This type of EP additive is ashless, derived from renewable sources and has a lesser negative effect on the environment compared to those that are not derived from vegetable sources. Several technologies for the preparation of additives have been developed, of which the d...
Low viscosity base oils are one of the candidates for fuel saving lubricants for internal combustion...
This paper presents the experimental results for the extreme pressure characteristics of a palm oil-...
Extreme pressure (EP) additives form reasonable hard films by reacting with metal surfaces and are a...
The extreme pressure (EP), anti-wear and friction-reducing characteristics of some of the commercial...
Vegetable oils have been used as metalworking fluids (MWFs) for many years, particularly in small-sc...
Lubricating oils containing ester, gaining more importance due to their friction reducing ability. S...
Galling and wear have been a tribology problem in sheet metal forming of stainless steel. Although l...
Surface fatigue tests were conducted with AISI 9310 spur gears using a formulated synthetic tetraest...
The authors would like to express their appreciation to the TOTAL France Company for the technical a...
The tribological responses of palm oil and soybean oil, combined with two commercial antiwear addit...
peer reviewedn this paper, we compare the viscosimetric and tribological properties of some vegetabl...
This study explores the enhancement of the lubricating characteristics of certain biodegradable oils...
Lubrication reduces friction between two surfaces that slide over each other and prevents welding un...
The concern about the pollution created by the use of mineral oil based lubricants and the depletion...
In recent years, increased requirements for protective properties have been imposed on petroleum oil...
Low viscosity base oils are one of the candidates for fuel saving lubricants for internal combustion...
This paper presents the experimental results for the extreme pressure characteristics of a palm oil-...
Extreme pressure (EP) additives form reasonable hard films by reacting with metal surfaces and are a...
The extreme pressure (EP), anti-wear and friction-reducing characteristics of some of the commercial...
Vegetable oils have been used as metalworking fluids (MWFs) for many years, particularly in small-sc...
Lubricating oils containing ester, gaining more importance due to their friction reducing ability. S...
Galling and wear have been a tribology problem in sheet metal forming of stainless steel. Although l...
Surface fatigue tests were conducted with AISI 9310 spur gears using a formulated synthetic tetraest...
The authors would like to express their appreciation to the TOTAL France Company for the technical a...
The tribological responses of palm oil and soybean oil, combined with two commercial antiwear addit...
peer reviewedn this paper, we compare the viscosimetric and tribological properties of some vegetabl...
This study explores the enhancement of the lubricating characteristics of certain biodegradable oils...
Lubrication reduces friction between two surfaces that slide over each other and prevents welding un...
The concern about the pollution created by the use of mineral oil based lubricants and the depletion...
In recent years, increased requirements for protective properties have been imposed on petroleum oil...
Low viscosity base oils are one of the candidates for fuel saving lubricants for internal combustion...
This paper presents the experimental results for the extreme pressure characteristics of a palm oil-...
Extreme pressure (EP) additives form reasonable hard films by reacting with metal surfaces and are a...