Jump to content

Seiko Quartz Lubrication


clockboy

Recommended Posts

Moebious 9010 is 'A'

9104 (HP 1300) for S-6. Personally I would use HP 1000 only it's to be used in very, very cold weather.

Only what i read on WUS . 

The silcone grease is probably the seiko grease . 500.000 cst is the thickness of the grease. And the seiko silicone grease is rally thick. Can't see anything that is the same from Moebius? The Seiko grease is really good and the cost low . 

Link to comment
Share on other sites

Only what i read on WUS .

The silcone grease is probably the seiko grease . 500.000 cst is the thickness of the grease. And the seiko silicone grease is rally thick. Can't see anything that is the same from Moebius? The Seiko grease is really good and the cost low .

If you look at seiko s-6 it's very thick. hp 1300 and 1000 are midway between oil and grease. At the end i don't think it makes much difference.

Silicone grease anything will do, i will need to buy the sponged one as it makes application much easier.

Edited by jdm
Link to comment
Share on other sites



  • Recently Browsing

    • No registered users viewing this page.
  • Topics

  • Posts

    • Never seen that but yes very practical Hector 
    • Welcome, Simeon! I'm into Soviet watches too (not the political system, and yes, I am able to make the distinction, unlike some). They offer amazing value for money. I like your "Big Zero" profile image. It's a true classic and I have one of those myself. I noticed that the hands aren't the original. Not that it matters a lot but here's an interesting article about the Big Zero if you haven't already seen it.
    • I was thinking will the gasket stretch at all to match the desired size.  Did i also deduce that the original gasket is thinner (0 .5mm ) than the cousins gasket ( 0.8mm )  could that just be an effect of you measuring the case for the gasket size  H  ?
    • if we look at and understand why steel becomes magnetised and unmagnetised then its possible to work out why some devices are better than others. Simpy it is a parallel alignment of atoms , electrons within a material caused by external magnetic fields. Different magnetic fields cause different alignments and non alignment of atoms. Fields by AC currents are changing atom direction approx 50 times per second ( 50hz ). As a material is drawn away from a demagging device the field is becoming progressively weaker while also changing the material's atom direction having the effect of returning their random directions ( demagnetising ) . To improve on this demagetising effect, try changing the material's orientation as it is drawn away.  Fields caused by DC currents have the most permanent magnetising effect as the currect is flowing one way only. A good demagger would produce random magnet fields and disorientation of the material's atoms.  
    • Welcome to the forum, enjoy.  
×
×
  • Create New...