0011326321

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Stone dust lubrication is a trend growing in popularity for use in industrial applications. The use of stone dust lubrication has proved to be effective in reducing wear and friction in areas such as machinery parts, bearings and gears, as well as other products that require protection from wear. The associated technology, 011326321, was developed by Themisol Technologies Corporation and is based on the use of calcium carbonate dust in a lubricant. This technology uses open and closed cell porous material that is strong enough to protect against wear and has low enough friction to increase efficiency. The calcium carbonate powder in the stone dust lubrication is combined with a polar flowable lubricant, which works well in high temperature applications and has a high viscosity index.

The working principle behind the 011326321 is based in the structure of the porous material. It utilizes both open cell and closed cell materials. This creates small pockets in the material structure, allowing the calcium carbonate particles to work together and form a film on the surface of the object that is being lubricated. The open cell material creates a network of interconnected voids that capture the particles and provide a buffer between the lubricant and the surface. The closed cell material provides a thick protective layer of oil that absorbs shocks and prevents wear. The combination of the two materials creates a strong, but pliable barrier that does not allow the lubricant to escape, but will also move and flex in areas where it is needed.

The 011326321 technology is an efficient and cost effective way to lubricate areas where there are tight spacing constraints, such as bearings, shafts, robotic joints, and other small spaces. The technology can also be used in applications such as pumps, compressors, and engines, where the geometry of the parts prevents the use of other conventional lubricants. It is also well suited for applications that require a high load or shock absorption. The stone dust lubrication does not require a pump and does not need to be changed as often as conventional lubricants. The absence of a pump reduces the potential for material contamination and saves time and money.

The 011326321 technology has been tested in a wide range of applications and it has been found to be an effective solution to a number of difficult lubrication problems. It is suitable for use in extreme temperature applications due to the use of the polar flowable lubricants. The technology is a clean and effective way to lubricate areas that cannot be reached with conventional lubrication methods. Its uses have been demonstrated to improve efficiency and reduce wear and tear on machinery parts, making it a great choice for industrial applications.

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