V100 - VARNISH REMOVAL oil filter The first oil filter engineered for removing VARNISH and OXIDATION BY-PRODUCTS ACCELERATES THE PURIFICATION EFFECT V100 varnish removal element • Excelerates the elimination of varnish and oxidation byproducts enormously. • The V100-M enhances the micron rating to 1 micron. • The dual-layer configuration ensures utmost filter efficiency while expediting varnish absorption. • The V-series is available as an M-element, E-element, or X-element, enabling it to accommodate diverse oil types and a wide range of oil viscosities. DESIGNED FOR VARNISH REMOVAL • The V100 represents TRIPLE R’s latest innovation, meticulously engineered to address the industry’s expanding need for an effective solution in eliminating VARNISH from turbine oil or hydraulic systems. • The V100 element comprises two distinct layers. First, a VARNISH-absorbing pouch containing a meticulously engineered organic powder that’s both environmentally friendly and designed for sustainable disposal. Directly beneath lies the unique Triple R filter elements, available in M-, E- or X-type configurations. • The V100 seamlessly fits into all 100-size filter housing units, such as AL100, BU100E, as well as the SE100E, SE200E, SE400E, and the larger SE and OSCA systems. > Did you ever experience sticky valves? That’s always due to Varnish, creating a sticky coating that glues the valves into their position. TRIPLE R resolves this problem with our brand new V100 filter element! > The brown deposit is known as VARNISH and is responsible for causing the valve to become clogged. TRIPLE R EUROPE N.V www.triple-r-europe.com | info@

V100 - VARNISH REMOVAL oil filter Quicktoron V100 series - TECHNICAL SPECIFICATIONS MODELS Viscosity range Oil degradation lies at the hart of VARNISH build-up. Oil degredation presents a common challenge in both lubrication and hydraulic systems. This degradation primarily arises from oxidation due to oxygen exposure and metal particles acting as catalysts (accelerating the oxidation process), hydrolysis resulting from water contact, and thermal degradation triggered by high temperatures. In many instances, it’s a combination of these three factors. The Oxidation Process Oxidation signifies...