They combine the unique features of synthetic base fluids with those of a high quality lithium complex thickener. The wax-free nature of synthetic fluids and the low coefficient of traction compared with mineral oilsprovide excellent low temperature pumpability and very low starting and running torque. These products offer the potential for energy savings and can reduce operating temperatures in the load zone of spherical roller and ball bearings.
The lithium complex thickener contributes excellent adhesion, structural stability and resistance to water. The greases have a high level of chemical stability and are formulated with special additive combinations to provide excellent protection against wear, rust and corrosion, and providing operating viscosity at high and low temperatures.
Mobilith SHC Series greases have become the products of choice for many users, in many industries worldwide. Their reputation is based on their exceptional quality, reliability, versatility and the performance benefits they deliver.
The Mobil SHC brand of oils and greases are recognized and appreciated around the world for their innovation and outstanding performance. The Mobilith SHC series symbolizes ExxonMobil's continued commitment to using advanced technology to provide outstanding products. A key factor in the development of the Mobilith SHC Series were the close contacts between our scientists and application specialists with key Original Equipment Manufacturers OEMs to ensure that our product offerings would provide exceptional performance in the continually evolving industrial equipment designs.
Our work with equipment builders has helped confirm the results from our own laboratory tests showing the exceptional performance of the Mobilith SHC Series lubricants. These benefits include longer grease life, enhanced bearing protection and bearing life, wide temperature range of application, and the potential for improved mechanical efficiency and energy savings.
Our scientists developed a state-of-the-art lithium complex thickener technology and used specific additives to enhance the performance of each grade of the Mobilith SHC Series product family. Wide application temperature ranges, with excellent protection at high temperatures and low torque, easy start-up at low temperatures.
ISO Viscosity Grades
Reduced downtime and maintenance costs because of reduced wear, rust and corrosion. Extended service life with longer intervals between relubrication and improved bearing life. Potential to improve mechanical life and reduced energy consumption. Options for outstanding protection of slow speed, heavily loaded bearings, and options for good low temperature performance. Retains excellent grease performance in hostile aqueous environments.
Helps resists viscosity increase at high temperatures to maximize relubrication intervals and bearing life. Application Considerations: While Mobilith SHC Series greases are compatible with most mineral oil based products, admixture may detract from their performance. Consequently it is recommended that before changing a system to one of the Mobilith SHC Series, it should be thoroughly cleaned out to achieve the maximum performance benefits.
While the Mobilith SHC Series greases share many performance benefits, their applications are best described in terms of each product grade:. It provides outstanding bearing protection under heavy loads at low-to-moderate speeds and in applications where water resistance is a critical factor.
Mobilith SHC has demonstrated outstanding performance in steel mills, paper mills and marine applications. This product is designed to extend bearing life under conditions of extremely slow speeds, sliding contacts, and high temperatures. It is intended for use in plain and rolling element bearings operating at extremely slow speeds, under heavy loads and high temperatures.As a farmer, you face a multitude of hard-to-control challenges.
One thing you can control is what you put in your equipment. They keep your engines and hydraulics running smoothly and provide superior protection for overworked load-bearing equipment. Full-Synthetic Diesel Engine Oil is engineered for fuel economy and helps keep costs down by controlling soot, reducing wear and performing well in all temperatures.
Learn More. Synthetic Blend Diesel Engine Oil helps protect low-emission engines and exhaust systems by reducing deposits, soot and oil consumption. Diesel Engine Oil reduces sludge, varnish, engine wear, acid accumulation, TBN loss and oil consumption.
Stationary Irrigation Engine Oils are low-ash engine oils with higher zinc levels that provides added wear protection for the valve train of natural gas and LP engines.
Premium Irrigation Well Lubricant minimizes temperature-related viscosity changes and maintains an excellent low-temperature fluidity to help keep bearings lubricated.
Full Synthetic Tractor Hydraulic Fluid maximizes pump efficiency, reduces wet-brake chatter, prolongs the life of oil seals and hydraulic hoses, and keeps system parts clean. Universal Tractor Hydraulic, Transmission and Wet Brake Fluid provides the unique protection required by critical bronze alloy parts of gears, clutches and hydraulic pumps of tractor engines.
Premium Anti-Wear Hydraulic Oils help minimize wear in high-speed, high-pressure vane and gear pumps. Premium Emulsifying Anti-Wear Hydraulic Oil is ideal for types of equipment that emulsify small amounts of water in their hydraulic systems.
Premium Non-Zinc, Anti-Wear, Multi-Grade Hydraulic Oil meets the performance requirements of pumps and other equipment that require premium non-zinc hydraulic oil. Full Synthetic EP Gear Lubricant is a multipurpose, extreme-pressure gear lubricant specially formulated for all-season performance.
Premium Full Synthetic Multi-purpose Lithium Complex Grease provides an excellent structural stability with excellent resistance to water wash and superior protection against rust and corrosion.
What Is the Difference Between ISO Grades of Oil?
Extra Tacky Lithium Complex Grease is formulated for maximum protection and trouble-free operation in a wide range of industrial applications and extreme temperatures.
Synthetic Blend Lithium Complex Grease with Moly reduces friction between metal parts to provide the highest performance in severe-load and shock-loading applications.
Premium Lithium Complex Multipurpose High-Temperature Grease is flexible enough to fit most applications, yet tough enough to take on challenging conditions and prevent rust, oxidation and wear.
Multipurpose Lithium All-Season Grease can be used all year long in most applications for excellent wear protection. Premium Lithium Complex Multipurpose High-Temperature Grease with Moly is an effective dry-film lubricating substance that protects against extreme pressure and shock loading. Multipurpose Aluminum Complex Grease provides outstanding performance over a broad range of operating conditions, especially wet environments.
High-Temperature Polyurea Grease can migrate to the spots where lubrication is needed most to resist moisture and prevent rust and corrosion. Multipurpose Semi-Fluid Grease maintains excellent stability under various temperatures to protect agricultural and industrial equipment.
High performing 00 grade lithium grease designed for special agricultural and industrial equipment applications.HHS Grease-Based Lubricants // Lubrifiants à base de graisse HHS
Agriculture As a farmer, you face a multitude of hard-to-control challenges. Hydraulic Fluids. Gear Lubricants. Learn From The Experts Gain access to a wealth of information about agriculture, fuel efficiency and more.Add standard and customized parametric components - like flange beams, lumbers, piping, stairs and more - to your Sketchup model with the Engineering ToolBox - SketchUp Extension - enabled for use with the amazing, fun and free SketchUp Make and SketchUp Pro.
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Analysis 0 We collect and combine data on our visitors and their behavior on our website. External Media 0 Content from video platforms and social media platforms is blocked by default.Through the years, lubricant users have been treated to a number of ways to designate viscosity grades of the lubricants used in manufacturing.
While all of these have served useful purposes to one degree or another, most lubrication practitioners settle on and use one method as a basis for selecting products. To the new entrant into the lubrication field, the number of options can be confusing, particularly if the primary lubricant supplier does not associate one of the prominent viscosity systems to the product label.
To complicate matters, machinery designers must define the lubricant viscosity in such a way that the equipment user understands clearly what is needed without having to consult outside advice. This points to the need for a universally accepted viscosity designation - one that can be used by lubrication practitioners, lubricant suppliers and machinery design engineers simultaneously with minimal confusion.
Think of a water-skier cutting through the water. Water has a viscosity measured in centistokes of 1. That is at the bottom of the cSt scale. We can see how much water a professional skier displaces when he runs through a ski course. There are two viewpoints of the resistance to flow that the machine designer is interested in. One is the measure of how the fluid behaves under pressure, such as a pressurized hydraulic line.
ROOTS Blower Lubrication ISO VG 150 Quart
This property is called absolute viscosity also known as dynamic viscosity and is measured in centipoises cP. The other consideration is how the fluid behaves only under the force of gravity.
This is called centistokes, which we have already noted. The two are related through the specific gravity of the fluid. To determine the centipoise of a fluid it is necessary to multiply the viscosity of the fluid times the specific gravity of the fluid, or measure it directly using an absolute viscometer. For the practitioner of industrial lubrication, the centistoke is the measure that will occupy most of our attention.
On a side note, if you are using in-service oils, it is probably worth measuring the viscosity in absolute units. The measure in centistokes can be misleading because the specific gravity of lubricants changes with age, generally moving up. It is possible to find yourself exceeding an absolute viscosity limit for a machine but still have a kinematic measure that indicates you are OK.
Water has a low viscosity of 1 cSt and honey has a very high viscosity, lets say 1, cSt. If a machine is heavily loaded then the machine designer will use a lubricant that resists being pushed around, which would be heavy like honey. If the machine runs very fast then the machine designer will specify a lubricant that can get out of the way, and back into the way just as quickly.
Generally, machines will have either one or the other to be concerned about; sometimes both at the same time. Viscosities are defined or assigned using a laboratory device called a viscometer. For lubricating oils, viscometers tend to operate by gravity rather than pressure. Think of a kinematic viscometer as a long glass tube that holds a volume of oil.
Because the conditions are repeatable, it is now possible to measure the amount of time that it takes for the fluid to flow through the tube, and it should be nearly the same each time.
The highly versatile performance of one series of oils in this family, Mobil DTE Oil Double Letter Series oils, has made them the choice of many users around the world for many decades. Mobil DTE Named oils enjoy an excellent reputation in the lubrication of the circulation systems of industrial gearboxes, plus a wide variety of ancillary equipment, including hydraulic systems.
As designs change and increase in severity, it is the challenge of our scientists to understand the effect of these changes on the lubricant and to formulate these products for the broad versatility they are recognized for. For the Mobil DTE Oil Double Letter Series of lubricants this process has resulted in the use of a proprietary high quality base stocks for outstanding oxidation stability, plus a unique additive combination to ensure the excellent, wide-ranging performance of these oils.
A review of the features, advantages and potential benefits of the product are shown below:. Long lubricant charge life giving extended drain periods and reduced product replacement costs; reduced filter deposits and longer filter life.
These oils are intended primarily for the lubrication of plain bearings, roller bearings, parallel shaft and bevel gearing. They are suitable as multipurpose lubricants in systems not subject to shock loading and which do not require extreme pressure performance.
They are used in applications using splash, bath and ring oil arrangements and all other application methods involving pumps, valves and auxiliary equipment. They are recommended for use in hydraulic systems where higher viscosity oils are specified. Grease: What's the Difference?
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Write Review. Reviews for Similar Products. Questions that need answers My Posts. Start typing your question and we'll check if it was already asked and answered. Learn More. Do not include HTML, links, references to other stores, pricing or contact info. Browse 2 questions Browse 2 questions and 3 answers.Industrial machines and even hand tools rely on lubricants, or oils, to continue to function properly. This material ensures that parts can move freely without incurring damage.
Hydraulics frequently used mineral oil-based fluids to transfer power or heat to elements of various machinery, including excavators. A perhaps more common use of hydraulic oils is the oil that automobiles use for braking brake fluid. This fluid is one of many to which the ISO viscosity gradient scale can be applied. Lubricant and oil supplies and manufacturers, as well as manufacturers of machinery that use lubricant, use this ranking in their work as it describes the material's resistance to flow.
As the viscosity of the oil increases, so does the density of the material, as a higher density results in oil that is less likely to respond to flow or other movement.
Thus, an oil or lubricant with a viscosity grade of is thicker and more solid-like than an oil with a VG of or The grade is a literal measurement of the oil's ratio of absolute viscosity in centipoise a unit of measurement to the density, also known as centistoke.
Since its inception inthe organizations have developed 20 viscosity gradients to cover the range of oils and lubricants that are common in hydraulic application. The lowest common ISO grade is 32 and the scale ranges up to The scale also includes grades 46, 68, and Because the viscosity of oil and other liquids is dependent upon temperature, the ISO grade is only applicable at a specific temperature. Base ISO grades are calculated when the oil is at a temperature of 40 degrees C degrees F and raising or lowering the temperature of the material will alter the oil's resistance to movement such as flow.
For example, raising the temperature to degrees Celsius will change the number of centistokes from a grade to just 5. At this temperature, the oil is more likely to be effected by flow. Nicole Martinez began writing in and has since been published on various websites. She primarily writes about computer- and internet-related topics, especially those concerning website maintenance and programming.
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