What I read somewhere is that it increases surface area contact with the outer tube allowing the shock to use the outer tube as a heat sink.
By all means it makes sense as a shock absorber converts motion energy into heat energy by means of liquid/gas/mechanical friction. But do they really get that hot?
And yes, two metals in contact for long period of time without some sort of corrosion inhibiting substance could become chemically welded.
By all means it makes sense as a shock absorber converts motion energy into heat energy by means of liquid/gas/mechanical friction. But do they really get that hot?
And yes, two metals in contact for long period of time without some sort of corrosion inhibiting substance could become chemically welded.
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