Results 151 to 160 of about 1,858 (217)
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Rheology of Mixed Powder Plastisols
Powder Metallurgy, 1986AbstractPlastisols of fine iron and hardmetal powders, mixed with binder systems based upon polystyrene and polyethylene, have been formulated from which basic Theological data have been obtained. These data indicate that the plastisols with powder volume loadings up to ∼80% will flow satisfactorily under injection moulding conditions. Viscosity levels
D. A. Issitt, P. J. James
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Estimation of Ultrasonic Transmission Coefficients at Plastisol Interfaces for Ultrasonic Phamtom
2026 Global Medical Engineering Physics Exchanges/ Pan American Health Care Exchanges (GMEPE/PAHCE)This study estimates ultrasonic intensity transmission coefficients (T) at interfaces between PVC-based plastisol formulations (Ultra, Soft, and Standard) to support the development of multilayer ultrasonic phantoms using a domestically produced material
J. Oliveira, W. Pereira
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Formulation and Characterization of Fully Bio‐Based Plastisol From Poly(3‐Hydroxybutyrate)
Journal of Vinyl and Additive TechnologyPlastisol is defined as a liquid dispersion of fine polymeric powders in a plasticizer that remains fluid at ambient temperature yet solidifies upon heating. Plastisol is highly versatile and widely used across various sectors, particularly in industrial
Md. Koushic Uddin +2 more
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Plastisols as a surface coating
Metal Finishing, 2000Vinyls are noted for their excellent physical properties including flexibility, toughness, unlimited color selection, and abrasion and chemical resistance. Vinyl plastisols combine these properties with the ease of liquidapplication. Plastisols are dispersions of fine particle size polyvinyl chloride (PVC) resins in plasticizing liquids. In addition to
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Abnormal Behaviors in the Capillary Rheometry of Plastisol Formulations
International polymer processing, 2018The rheology of plastisol formulations for flooring applications using knife-over-roll coating process is studied using both Couette and capillary rheometers. The behavior is similar in many aspects to the rheology of suspensions: Shear thinning behavior
Y. Demay +4 more
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Journal of Applied Polymer Science, 1959
AbstractA technique is described for the small scale evaluation of plastisol formulations for molding, casting, coating, and foam applications. The technique described rapidly measures and automatically records the viscosity of a plastisol as a function of temperature by means of a Bendix Ultra‐Viscoson and thermocouple. The measurements are made under
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AbstractA technique is described for the small scale evaluation of plastisol formulations for molding, casting, coating, and foam applications. The technique described rapidly measures and automatically records the viscosity of a plastisol as a function of temperature by means of a Bendix Ultra‐Viscoson and thermocouple. The measurements are made under
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Rheology of Plastisols of Poly(Vinyl Chloride)
Rubber Chemistry and Technology, 1979Abstract The viscosity of PVC plastisols is seen to be affected by numerous variables. Increase in concentration of the resin causes the viscosity to rise, with the increase being more abrupt at the higher concentrations. Deviation from Newtonian behavior also increases with concentration.
E. A. Collins +2 more
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Journal of Vinyl Technology, 1980
Abstract The ability of a PVC plastisol to liberate entrapped air during mixing and processing is an important factor to the processors. This property, known as air release, is affected by several variables such as resin, plastisol viscosity, surface tension, surfactant system and plasticizer type.
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Abstract The ability of a PVC plastisol to liberate entrapped air during mixing and processing is an important factor to the processors. This property, known as air release, is affected by several variables such as resin, plastisol viscosity, surface tension, surfactant system and plasticizer type.
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Plastisol Coatings as Packaging Material
SAE Technical Paper Series, 1967<div class="htmlview paragraph">Packaging Plastisols are liquid polyvinyl chloride dispersions which can be applied by conventional means such as spraying, dipping, and flow coating. They can be applied in film thickness of 2–300 mils and can be made to foam to give strippable coatings ranging from a soft resilent type to a hard tough type ...
Jack S. Panzer, Robert Jurczyszyn
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International Journal of Computer Assisted Radiology and Surgery, 2023
Denis Leonov +10 more
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Denis Leonov +10 more
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