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4 oz. Clear Plastic Super Clean Sample Bottles -Make OFFER For ALL - $1 (Folletts)
condition:
new
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The case is opened and not a full case. There are probably hundreds in the case.
MAKE ME AN OFFER for the case that includes all the bottles. If interested I can take a photo of the case of bottles.
I also have a case of opaque bottles as shown on my listing. Same goes for that case.
Brand: Easy Vac, Inc. Vampire Pumps certified clean sample bottles.
It states cleanliness target levels of ISO 4406 (Super Clean). Particle free containers. Maximum number of particles > 10 micron/ml: 1-10. This was stated on the packing slip.
Clear plastic bottles with screw on lids. Brand New Condition
If you want more I can offer discounts.
Please ask if you wish more photo's.
Pickup Only. Cash ONLY. Located in Folletts, Iowa (between Camanche and Princeton)
If you see it listed on here it is available. Otherwise I will put up Pending Sale or Sold.
Thanks for looking.
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Easy Vac, Inc.
Sample Bottles, PET, 120ml, PK500
Bottles – all bottle threads are 38 mm and designed to withstand the vacuum pulled by the “Vampire” fluid sample pump without collapsing. Most HDPE bottles can withstand up to 180 degrees Fahrenheit and PET bottles can withstand approximately 200 degrees Fahrenheit. We recommend each customer perform their own testing for safety purposes.
https://easyvac.com/
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Mfr # BOT-201-04C
Zoro # G711420187
product price: $888.99
/pk 500, $1.78/ea
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ISO 4406: Method for Coding the Level of Contamination by Solid Particles
Posted on 10/12/2017 by Fluid Power Journal in Features 0 Comments
By Barry Verdegan, Ph.D., Research Fellow, Cummins Filtrations, Inc. and Chair, ISO TC 131/SC 6
It has been estimated, in commonly available literature1, that between 75 and 90 percent of hydraulic system failures may be attributed to contamination issues. Automatic particle counting provides a cost-effective way to monitor fluid cleanliness levels and ensure reliable equipment operation. Particle count data is expressed in terms of the number concentration of particles larger than a certain size per unit volume of fluid. Unfortunately, interpretation of the raw particle count data is not always straightforward. Analysts must consider concentration data for at least three different particle sizes.
https://fluidpowerjournal.com/iso-4406/