Bearing steel that can absorb shocks

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The discussion centers on the need for shock-absorbing bearing steel for use in steel rolling mills, where bearings often fail due to human error leading to clashes. Participants highlight that while jerk-free bearings are costly, understanding the specific failure points—such as the inner or outer race—is crucial for addressing the issue. Suggestions include consulting manufacturers for tailored solutions and considering alternative materials like cast iron for dampening vibrations. The conversation emphasizes the balance between bearing costs and potential downtime from failures. Overall, the focus is on finding effective and economical solutions to improve bearing durability in high-stress applications.
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does anybody know of bearing steel that can absorb shocks , and could you help me with its composition and its physical properties like tensile strength, specific gravity, malleability , etc

regds
 
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you talkin about the steel used in bearings?
 
Usually the best thing for dampening is cast iron. Please provide more information.
 
10 four on that Fred
 
yes i am talking abt steel used in bearings .

application is steel rolling mill , due to man error , bearings clash , bearings break ,,,,...jerk free bearings are dirt expensive ... so i wanted to ask all smarties ,in physics forum , to help me in (my thoughts processes)----some answer...
 
Where are the bearings failing? The inner race? Outer race? Cage?

Unfortunately, good quality bearings are usually expensive. They are just like any other cost though. You balance the cost of the bearings vs. down time and lost machine time for maintenance.
 
the inner ring is stationery, outer ring is in movement . or else are you aware of any other accessories that can be added to bearings to reduce shock (cheaper fashion)
regds
 
devsdear said:
the inner ring is stationery, outer ring is in movement . or else are you aware of any other accessories that can be added to bearings to reduce shock (cheaper fashion)
regds
Yes. That is how most bearings work however, that wasn't my question. I asked what exactly is failing with the bearings? What are you classifying as a failure? Bearings, by nature, are not meant as vibration dampeners. What is the "man error" you mentioned? Please be as specific as you can.
 
devsdear said:
yes i am talking abt steel used in bearings .

application is steel rolling mill , due to man error , bearings clash , bearings break ,,,,...jerk free bearings are dirt expensive ... so i wanted to ask all smarties ,in physics forum , to help me in (my thoughts processes)----some answer...

I like to go straight to the source. The manufacturers are generally very helpful in these situations.

http://www.skf.com/".

http://www.nsk.com/"
 
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