RIVOLTA by Bremer & Leguil stands for premium industrial lubricants, cleaners, and maintenance products designed for maximum efficiency, durability, and reliability in demanding applications.
RIVOLTA R.I.S. Spray is a solvent-based cleaner designed for rapid and residue-free removal of oils, greases, and processing residues from metal and plastic surfaces.
RIVOLTA N.B.A. 75 is a high-performance H1-certified adhesive lubricant developed for the food and pharmaceutical industries, combining excellent wear protection, high water resistance, and outstanding material compatibility.
RIVOLTA G.W.F. is a water-displacing, corrosion-protective multifunctional oil developed for maintenance, preservation, and lubrication of metallic components in industrial, automotive, and marine environments.
RIVOLTA F.L.G. MD-2 is a fully synthetic, high-performance grease for food and pharmaceutical industries, offering excellent wear protection, thermal stability, and NSF H1 registration for incidental food contact.
RIVOLTA F.L.G. HF-2 is a fully synthetic, transparent high-performance grease engineered for food and beverage industry applications, offering superior wear protection and thermal stability under high mechanical loads.
RIVOLTA F.L.G. GT-4 is a fully synthetic, heavy-duty grease formulated for extreme load-bearing applications, providing long-lasting lubrication and superior protection under high thermal stress.
RIVOLTA F.L.G. GT-3 is a fully synthetic, high-performance grease designed for chains, bearings, and sliding components that require superior load-bearing capacity, high-temperature stability, and long-lasting lubrication.
RIVOLTA F.L.G. GT-2 is a fully synthetic, high-performance grease designed for chains, bearings, and sliding components operating under high thermal and mechanical loads, offering long-term lubrication and protection.
RIVOLTA F.L.G. GT-0 is a fully synthetic, soft-consistency grease designed for chains, bearings, and guides requiring excellent penetration, high-load capacity, and long-term lubrication under high thermal stress.