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Effect of Surface Coatings on Wall Slip of LLDPE
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S. G. Hatzikiriakos
, C. W. Stewart und J. M. Dealy
Veröffentlicht/Copyright:
27. Mai 2013
Abstract
The polymer-metal interface in a sliding plate rheometer was modified by applying three fluoropolymer coatings to the plates in order to examine their effect on the wall slip behavior of a linear low density polyethylene. All three coating materials increased the slip velocity markedly. Furthermore, it was found that the critical shear stress for the onset of slip scales well with the work of adhesion of the interface, suggesting that slip is the result of adhesive failure at the interface.
Received: 1992-3-20
Accepted: 1992-6-19
Published Online: 2013-05-27
Published in Print: 1993-03-01
© 1993, Carl Hanser Verlag, Munich
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Artikel in diesem Heft
- Contents
- Contents
- Invited Paper
- The Challenges of Waste Toward the 21st Century
- Internal Mixers
- Simulation of 3-Dimensional Flow in Internal Mixers
- Die Extrusion
- Effect of Surface Coatings on Wall Slip of LLDPE
- Effects of Interfacial Conditions on Wall Slip and Sharkskin Melt Fracture of HDPE
- Reactive Processing
- Maleation of Polypropylene Melt in Model Reactors
- Film
- Modeling of Non-isothermal Film Blowing with Integral Constitutive Equations
- Non-isothermal Crystallization of a Polymer Film on Chilling Rolls
- Molding
- A Process to Produce Microcellular PVC
- Orientation Development of Mixed Anisotropic Particles in Compounds
Artikel in diesem Heft
- Contents
- Contents
- Invited Paper
- The Challenges of Waste Toward the 21st Century
- Internal Mixers
- Simulation of 3-Dimensional Flow in Internal Mixers
- Die Extrusion
- Effect of Surface Coatings on Wall Slip of LLDPE
- Effects of Interfacial Conditions on Wall Slip and Sharkskin Melt Fracture of HDPE
- Reactive Processing
- Maleation of Polypropylene Melt in Model Reactors
- Film
- Modeling of Non-isothermal Film Blowing with Integral Constitutive Equations
- Non-isothermal Crystallization of a Polymer Film on Chilling Rolls
- Molding
- A Process to Produce Microcellular PVC
- Orientation Development of Mixed Anisotropic Particles in Compounds