The electrochemical case for LTO in heavy-duty & stationary applications
Why replacing the Graphite Anode is the key to unlocking 20-year asset life. The automotive industry has successfully driven down battery costs by optimizing for energy density ($/kWh) using Graphite anodes paired with NMC or LFP cathodes. This works for cars. But for industrial applications—Rail, Marine, Grid Storage, and Heavy Duty Logistics—the operational profile is […]
Más allá del Litio-ión: RIMSA culmina con éxito su participación en el proyecto SMAS para el desarrollo de baterías inteligentes
El reto que asumimos: Alimentar el futuro hiperconectado En un mundo impulsado por el Internet de las Cosas (IoT), donde la sensórica y los dispositivos autónomos crecen exponencialmente, las microbaterías tradicionales se enfrentan a límites físicos críticos. Para romper esta barrera, hace varios años en RIMSA Metal Technology decidimos unirnos a un consorcio científico de […]
A Founder’s Vision: A Conversation with Manuel Carbajo
As part of our 40th anniversary, we have the privilege of sitting down with the person who started it all: our founder and current president, Manuel Carbajo. His vision not only gave birth to RIMSA but also forged the values that, four decades later, continue to drive the company forward. Through his words, we take […]
From Raw Material to High Performance: A Visual Journey Through Our 3 Business Verticals
At RIMSA, our story is told not just with words, but with transformations. Our motto, “people rethinking solutions,” comes to life in the journey our materials take: from a modest origin, such as industrial waste or a basic raw material, to becoming a critical high-performance component. We invite you on a visual tour through our three […]
From Recuperación Industrial to RIMSA: 40 Years of Transforming Materials into Solutions
In 1985, in an industrial landscape very different from today’s, a project with a unique vision was born: Recuperación Industrial de Metales, S.A., or as we know it today, RIMSA. What began as a company dedicated to supplying brass bars and custom-cut parts would soon reveal its true DNA: the ability to see opportunities where […]
What are Friction Modifiers and how do they improve the performance of components?
Friction modifiers are special additives incorporated into friction materials to fine-tune their tribological properties, specifically their friction coefficient, wear and NVH characteristics. They play a crucial role in achieving the desired balance between friction stability, noise reduction, and wear resistance in various applications like brake pads, clutch discs, and other friction-dependent components. Common types of […]
Types of Friction Materials and Their Applications
Friction materials are essential components in a wide range of industrial applications. But what do we mean when we talk about “friction” materials? Basically, these are materials designed to generate a controlled resistance force, known as friction, between surfaces in relative contact. This force is essential to control movement, transmit power and ensure safety in […]
RIMSA obtains the “Calculo y Reduzco” seal from the Ministry for Ecological Transition and Demographic Challenge
At RIMSA, our commitment to sustainability and environmental responsibility is a fundamental pillar of our philosophy. We are extremely pleased to announce that we have obtained the “Calculo y Reduzco” (Calculate and Reduce) seal for the year 2022, granted by the Ministry for Ecological Transition and Demographic Challenge of Spain. This distinction recognizes our efforts […]
Braking Green: The rise of natural products in friction materials
The automotive industry is accelerating towards a greener future, and brake pads are joining the ride. While traditional friction materials have relied heavily on synthetic components, there’s a growing trend towards incorporating natural products into their formulations. This shift not only reduces environmental impact but also unlocks unique performance benefits. Natural Powders: unlocking hidden potential […]
Beyond moly: The future of EP additives for demanding applications
Extreme Pressure (EP) additives are the unsung heroes of industrial lubrication, especially when the going gets tough. These additives form a protective layer on metal surfaces, reducing friction and wear, which is essential for heavy-duty applications. Molybdenum disulfide (MoS2) has long been the dominant choice for achieving EP performance. However, relying solely on MoS2 is […]