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The Ultimate Guide to Full Ceramic Bearings In Water Processing, Water Filtration and Liquid Handling (Part 2)

Generally speaking, ceramic materials are extremely durable. Most of them are man-made using chemical processes, and consequently can withstand extremely high temperatures and corrosive materials.

Full ceramic bearings have a much longer lifespan than hybrid ceramic bearings or the steel alternatives, particularly when they aren’t placed under a considerable load. This can be attributed to many properties of full ceramic bearings. Firstly, ceramics are much stronger. As a result, the balls or races of the bearing do not become distorted when placed under load. However, the superiority of full ceramic material increases with the load, and full ceramic materials are still at risk of premature failure in these cases.

The main limitation of ceramic bearings if the fact they can be quite brittle. Consequently, you must analyze the load to ensure the chose material can cope with the stress. Zirconia Oxide will handle large loads better than the rest of the full ceramic materials.

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The Ultimate Guide to Full Ceramic Bearings In Water Processing, Water Filtration and Liquid Handling (Part 1)

Bearings are essential mechanical components of machinery used in a variety of industries. A bearing’s purpose is to help facilitate desired motion, limit undesired movement, and reduce friction. Bearings are thought to date back as far as the ancient Egyptian era, when wooden bearings were used to assist with the movement of heavy objects. Since then, the concept has developed considerably; bearings now come in a variety of forms, and are made from many different types of materials.

Bearings are an essential component in the majority of mechanical designs and equipment. It is important to consider the most effective materials when designing industrial machinery, especially in applications where water, or other liquids are present. Many materials will be unable to overcome the challenges associated with operating in a wet or corrosive environment.

To overcome the challenges faced by industries involved in water processing, water filtration and liquid handling, full ceramic bearings should be used. This paper will outline the properties of full ceramic bearings, and enable you to determine whether they are the most appropriate type for your mechanical processes.

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How To Prevent Pulley Slippage

There are a variety of methods used to attach pulleys to shafts. Knowing the advantages and disadvantages of each one will help you make a better choice when installing drive components into your assembly. Using the appropriate method for your application can go a long way in preventing damage and possible equipment failure. Consideration should also be given to field service needs. 

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Bearing The Brunt of Earthquakes

According to FEMA study back in 2000, America suffers $4.4 billion in losses due to earthquakes every year. While that’s a drop in the bucked for their $16 trillion plus GDP, it’s still a substantial amount of money, and some people are working on to lessen those losses. One group is Earthquake Protection Systems (EPS), a company that is designing bearings to better protect buildings from earthquake damage.

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Bearing Research: Going To The Atomic Scale

This article provides insight into the four main lines of research through modelling at SKF: bearing steel, fatigue mechanisms, polymer design and tribology.

In the past few years SKF has been expanding its knowledge with the atomic scale simulation methods such as DFT, MD, and DPD, to understand how materials behave in its products. This has enabled and will continue to enable SKF to innovate and cope with ever-increasing technological challenges by ensuring that every atom is in the place it belongs.

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