Novagard Versilube G330m High Performance

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Novagard Versilube G330m High Performance

Versilube G330M is a soap thickened grease based upon methylalkyl polysiloxane fluids. This distinctive formulation, a particular blend of halogenated fillers and silicone fluid, offers the most eminent load carrying capablenesses of any Versilube product. It is safe on a very wide range of substrates and may be cleaned more efficaciously to improve soldering and printability. Versilube G330M is the product of choice for lubricating and protecting linkages, bushings, bearings, hinges, control cables, engine elements and other intricate mechanisms. G330M excels in demanding apps and harsh environments such as those came upon in petroleum well drilling, for example. For lubrication of metal to metal and select plastic and rubber parts consider the Versilube(R) line of greases. These lithium soap-thickened, silicone lubricants meet the requirements of high performance bearings, gears and other mechanisms underneath sliding and rolling friction conditions. Formulated with two distinctly dissimilar silicone base fluids (i.e., methyl-phenyl and methyl-alkyl) each Versilube(R) product offers distinguishable performance advantages. Generally, methyl-phenyl base fluids provide the widest possible operating temperature range, while the methyl-alkyl base fluids impart better lubricity and higher load carrying capabilities. Versilube(R) merchandise are magnificent lubricants where hardened steel meets hardened steel, where hardened steel meets bronze, where steel meets aluminum, and where aluminum meets aluminum. While more than one product may function in your application, full examination of your specific operation and specifications will normally determine which product is best for you. Versilube greases are not commended for use on bearings with a D/N proportionality exceeding 200,000. D/N ratios are calculated by multiplying the diameter (mm) times the bearing speed (rpm). Do not use in or around highly oxidative chemicals such as liquid oxygen, chlorine, or peroxides.