In the complex world of brake friction materials, achieving the perfect balance between stable performance and minimal wear is the ultimate goal. For vehicle safety and reliability, drivers need to trust that their brakes will perform consistently under a wide range of conditions. At RIMSA, we are constantly pushing the boundaries of material science to meet and exceed these expectations. Our latest research, "Influence of Titanate Composition and Particle Size on Friction St

For lubricant specialists, the perfect balance is the holy grail. How do you create a grease that withstands extreme pressure and resists wear, but also doesn't harm copper components and maintains a clean color? This question resonates in laboratories worldwide. Traditional extreme pressure (EP) and anti-wear (AW) additives, like molybdenum disulfide ( MoS₂ ), are very effective, but often come with a significant disadvantage: their black color. In applications where visual

At the core of industrial and automotive performance, the interaction between moving surfaces—a field known as tribology—determines the efficiency, lifespan, and reliability of machinery. Lubricating greases and engineering polymers are fundamental in this scenario, but their intrinsic performance is rarely sufficient for demanding modern conditions. This is where additives come in: precision chemical components designed to transform a base lubricant or polymer into a high-pe