Super Lube Synthetic Grease with Syncolon Multi Purpose Lubricant 90ml

Product Information

Polyalkylene Glycol Synthetic PAG Oil Explained | Daryl Beatty, Dow Chemical Company and Martin Greaves, Dow Chemical Company Polyalkylene glycol base oils are formed by reacting an alcohol with one or more alkylene oxides: Propylene oxide provides water insolubility, Ethylene oxide provides water solubility. Mobil 1™ Synthetic Grease meets the requirements of the National Lubricating Grease institute (NLGI) performance classification GC-LB. It is recommended for automotive applications at both high and low temperatures. It is particularly suited for applications such as disc brake wheel bearings and ball and steering joints. It will provide outstanding bearing protection under heavy loads at any highway speed, and where moisture or condensation is a factor.

While they appear to have smooth surfaces from a distance, they're in fact rough at an atomic level – meaning one surface drags against the other, which wastes energy and wears out the materials. Our Mobilith SHC™ Series multipurpose greases are high-performance synthetic lubricants developed to protect equipment in severe applications operating at extreme temperatures. Their excellent adhesion, structural stability and resistance to water make them suitable for use in a wide variety of machinery and components. Low temperature claims based on ASTM D 1478 results vs. maximum limits of 10,000 / 1000 gcm @ startup and 1 hour respectively.The processes used to make synthetic oils allows oil companies to remove impurities otherwise found in crude oil. They can then tailor the oil molecules to meet the specific demands of modern engines. Thanks to this level of customization, synthetic oils provide superior levels of protection and engine performance than conventional oils. A Mexican building materials manufacturer switched to Mobilith SHC™ 220 synthetic grease for its roller bearings and successfully reduced grease consumption and labor costs. Learn more.

While conventional, mineral oil-based greases can be formulated to deliver effective performance for many applications, synthetics typically deliver significant advantages, including extended oil life. Synthetic fluids provide superior lubricating capability across a much wider application temperature range, all other things being equivalent. This is true for lubricant oils as well as greases. Interestingly the silicone grease is different than most of the lubricants available in the market. The grease’s unique properties make it an ideal choice for industrial applications in various pressure and load conditions. The supported temperature range of the grease is from -40 degrees to 390-degree Fahrenheit. It is free from harmful and flammable petrochemicals available in the other lubricants. Uses of Silicone Grease A reasonable starting point for selecting a high-temperature grease is to consider the nature of the temperatures and the causes of product degradation. Greases could be divided by temperatures along the lines in Table 1. including Freezers; High Temperature applications including Ovens, Multi Service Bearings, Canning, Bottling Equipment, and Mixers. As previously mentioned, marine grease products are primarily used to lube boat trailer’s wheel bearings, and other components that are naturally submerged in water.

I’m frequently asked if synthetic oil-based greases are really better than mineral oil-based greases. Visually, there is no difference. The two major differences between synthetic and conventional oil are a bit more subtle. The Silicone greaseis used in different household products such as flashlights, bulbs, guns, hinges for lubrication, and corrosion protection. The lube can also be used for smoothening the hoses, showerheads, bolts, toys, and so many other staff. Besides, the non-toxic variations of the grease used in the latex condom and prosthetic eyes as a lubricator. The same variety is used for sealing the leakage in pipes and faucets.