Construction Materials for Photographic Processing Equipment |
From inside the book
Results 1-3 of 15
Page 7
An increase in the velocity of flowing media usually increases the corrosion rate
by sweeping away corrosion products and reducing the corrosion resistance of
the surface film . This may occur in a photographic process when spray nozzles ...
An increase in the velocity of flowing media usually increases the corrosion rate
by sweeping away corrosion products and reducing the corrosion resistance of
the surface film . This may occur in a photographic process when spray nozzles ...
Page 14
As a final operation , tanks should be passivated after fabrication to remove
contaminates that might have become imbedded in the surface . Passivating can
be done by immersing the tank in a 20 - percent ( by weight ) solution of nitric
acid at ...
As a final operation , tanks should be passivated after fabrication to remove
contaminates that might have become imbedded in the surface . Passivating can
be done by immersing the tank in a 20 - percent ( by weight ) solution of nitric
acid at ...
Page 30
Each material must be checked separately . Most lubricants are surface active
agents , and many also are hydrophobic , thus they can cause severe problems
with lithographic products . Each lubricant must be checked for use with
lithographic ...
Each material must be checked separately . Most lubricants are surface active
agents , and many also are hydrophobic , thus they can cause severe problems
with lithographic products . Each lubricant must be checked for use with
lithographic ...
What people are saying - Write a review
We haven't found any reviews in the usual places.
Common terms and phrases
Acetate acids added AISI Type alcohol alkalies alloy anodic applications aromatic attack base bleaches brass carbon cast cause Cellulose Acetate chemical resistance chloride Coating common Company compounds concentration containing continuous copper Corp corrosion developer dilute dimensional stability DuPont effect elastomers environment Epoxy excellent fabrication Fe balance Fiber filter Flexible Glass grades graphic hardness heat Hypalon impact important increases Industries inhibitors iron lines machine material mechanical metal molding Nemours occurs organic oxidizing percent Phenolic photographic activity photographic processing equipment photographic processing solutions physical piping pitting plastics Polyester Polyethylene polymer Polypropylene Polyvinyl Chloride prior proper properties protective range ratio recommended Reinforced resins RR RR RR rubber satisfactory selection Silicone soften solvents stainless steel strength strong suitable sulfur surface Table tanks techniques Teflon temperature thermoplastic tions usually welding wide
Bibliographic information
| Title | Construction Materials for Photographic Processing Equipment Volume 12 of Kodak publication |
| Author | Eastman Kodak Company |
| Edition | 3, illustrated |
| Publisher | Eastman Kodak Company, 1980 |
| Original from | the University of Virginia |
| Digitized | 27 Jun 2008 |
| ISBN | 087985250X, 9780879852504 |
| Length | 36 pages |
| Export Citation | BiBTeX EndNote RefMan |