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Supplier: CITGO Petroleum Corporation
Description: CITGO CompressorGard IPG 100 is a high-quality polyether polyol synthetic compressor lubricant engineered for the compression of propane, CITGO CompressorGard IPG 100 offers good water separation characteristics, excellent wear protection and oxidation resistance. CITGO CompressorGard IPG 100
- Function: Lubricant
- Applications: Compressors / Piston Pumps
Supplier: Shin-Etsu Silicones of America
Description: No Description Provided
- Surface Active Agents: Demulsifier
- Applications: Cosmetics / Personal Care
- Form: Liquid / Solution
Supplier: Covestro LLC
Description: Actaclear ND21A is a detergent carrier fluid with a molecular weight of 1550. It offers performance advantages ordinarily available only in higher-cost synthetic fluids, while significantly outperforming mineral oil-based carrier fluids. Actaclear ND21A detergent carrier fluid is based
- Resins & Compounds: Liquid, Pellets
- Industry: Automotive, Other
- Viscosity: 90 cps
Description: UrethHALL 4050 is derived from five carbon dibasic acid technology. The principal features of this new line of polyester polyols are: -Fluid and pourable at room temperature -Low heat of fusion required to melt if frozen -Low polyol viscosities -Lot-to-lot consistency controlled by narrow
- Applications: Plastics / Composites
- Function: Plasticizer
Supplier: Higher Power Supplies, Inc.
Description: ; 160°F Maximum temperature • Nylon tube, poly-ether cover • 1/4" Inlet • 1/4" Outlet • 1/4" x 50' Flexible sewer hose
- Product Form: Hose (including Duct)
- Usage Media: Water
- Application: General-Purpose / Fluid Handling
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Century Spring Corp.
Urethane Compression Springs - Applications
. Vibration damping and shock absorbence. 100% load-bearing surface. Bondable to mating parts. Effectiveness between -30 ° F and 180 ° F. Material. Century Spring's urethane spring material is a polyether-elastomer that reacts similarly to an incompressible fluid. The volume of material moved by compression is displaced laterally in the form of bulging sides. An approximation to the change in diameter of one of our standard cylindrical urethane springs can be made by increasing the diameter... (read more)
Browse Compression Springs Datasheets for Century Spring Corp.
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Vacuum-formed films for fit and function
terephthalate (PET polyester), nylon, polycarbonate (PC), polyimide (PI), fluoropolymers, and exotic materials such as liquid-crystal polymers (LCP), polyetheretherketones (PEEK), polysulfones (PS), and polyether imides (PEI). Many of these films are true thermoplastics and lend themselves
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NASA Five-Ball Fatigue Tester—Over 20 Years of Research
Four fluorinated poly- ether fluids with different viscosities were used as the lubricants.
Sources of contamination in electron optical equipment
Vacuum 16, 633-637 (1966) Baker M A, Holland L, Laurenson L: The use of perfluoroalkyl polyether fluids in vacuum pumps.
Effect of hydrogen substitution on the mass spectrometry and size-ex- clusion chromatography of perfluorinated polyether fluids as determined by time-of-flight secondary ion mass spectrometry.
Oil contamination with the SEM operated in the spot scanning mode
By simply changing the diffusion pump oil to a perfluorinated polyether fluid , the oil contamination can essentially be eliminated.
Trends in biomedical engineering: focus on Smart Bio-Materials and Drug Delivery.
Perfluorinated materials, specifically perfluoroether, and perfluoro- polyether fluids are proposed as ultrasound contrast agents and smart agents for drug delivery.
Reduction of polymer growth in electron microscopes by use of a fluorocarbon oxide pump fluid
1971) The use of perfluoroalkyl polyether fluids .
Thermal oxidative studies of poly(hexafluoropropene oxide) fluids
High Temperature CorrosionPreventive Additives for Fluorocarbon Polyether Fluids , AFML-TR-67-210,September 1967.
Correlated electron spin‐resonance and infrared spectroscopic study of the postformation auto‐oxidation phenomenon in plasma‐polymerized 4‐vinyl pyridine films
The pumping station consisted of an Edwards EH-500 booster pump backed by an Edwards E2M80 mechanical pump charged with perfluorinated polyether fluid .