In the demanding world of lubrication engineering, temperature is one of the most formidable variables. While high-temperature stability often captures the headlines, the ability of a lubricant to remain fluid in sub-zero environments is equally critical for machinery health. At the heart of this capability lies a specialized class of additives known as the pour point… Read more

In the modern world, friction is the silent enemy of industrial efficiency. From the high-speed turbines of power plants to the heavy-duty engines of transcontinental freight, the performance of machinery hinges not just on the base oil, but on the sophisticated chemistry of the additive for lubricant. While base oil provides the foundational fluid film, it… Read more

In the intricate world of automotive engineering, the lubricant is often described as the “lifeblood” of the engine. However, if base oil is the blood, then the engine oil additive package is the immune system and the brain. Base oil alone, whether mineral or synthetic, cannot withstand the extreme thermal, oxidative, and mechanical stresses of a modern… Read more

In the modern industrial landscape, where machinery is pushed to higher speeds, greater loads, and more extreme temperatures, the science of lubrication has moved far beyond simple friction reduction. Today, the integrity of high-value equipment—from massive wind turbine gearboxes to precision automotive engines—depends on a sophisticated class of chemical components: Extreme Pressure (EP) and Antiwear (AW)… Read more

Product Introduction T3661 is made by using special compounds to thicken high-quality synthetic oil, and adding various additives such as antioxidants, rust inhibitors, extreme pressure agents, anti-wear agents, and flame retardants. It is then refined through a special process, with excellent anti-wear and extreme-pressure properties. Product Features Technical Specification Item Typical Value Test Method Appearance… Read more