Fluoropolymers Applications in Chemical Processing by Sina Ebnesajjad

By Sina Ebnesajjad

This guide is a self-contained choice of facts and knowledge on functions of fluoropolymers elements for corrosion keep an eye on in chemical processing industries. due to their enhanced houses, fluoropolymers were swiftly changing steel alloys for conserving the purity of processing streams within the chemical processing, plastics, meals, pharmaceutical, semiconductor, and pulp and paper industries. this entire compendium of knowledge approximately fluoropolymer lining fabrics and structural piping and tubing comprises problem-solving instruments for chemical processing pros: apparatus brands, plant operators, and product layout and production engineers.
entrance subject
• sequence Editor's Preface
• Authors' Preface
• desk of Contents
1. advent to Fluoropolymers
2. fabrics of building
three. houses of Neat (Unfilled) and crammed Fluoropolymers
four. picking out Fluoropolymers for Corrosion regulate
five. production of elements from Polytetrafluoroethylene Polymers
6. production elements from Melt-processible Fluoropolymers
7. Fabrication thoughts for Fluoropolymers
eight. layout and development of Linings and Vessels
nine. Operations and upkeep
10. Failure research
eleven. Modeling and Mechanical research of Fluoropolymer parts
12. price research
thirteen. protection, Disposal, and Recycling of Fluoropolymers
14. destiny tendencies
Appendix I: Permeation houses of Perfluoroplastics
Appendix II: Permeation homes of partly Fluorinated Fluoroplastics
Appendix III: Permeation of car Fuels via Fluoroplastics
Appendix IV: Permeation of natural and Inorganic chemical substances via Fluoroplastic motion pictures
Appendix V: Chemical Resistance of Thermoplastics
Chemical Resistance Tables
• thesaurus
• emblems
• Index

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Additional info for Fluoropolymers Applications in Chemical Processing Industries - The Definitive User's Guide and Databook

Example text

Metals similarly deform at elevated temperatures. Creep is defined as the total deformation under stress after a period of time, beyond the instantaneous deformation upon load application. Significant variables that affect creep are load, time under load, and temperature. Creep data under various conditions in tensile, compressive, and torsional modes can be found in Figs. 19. 36 FLUOROPOLYMERS APPLICATIONS IN CHEMICAL PROCESSING INDUSTRIES Resin manufacturers have long recognized the excessive deformation of polytetrafluoroethylene in applications where parts such as gaskets and seals experience high pressures.

Even though a reagent may not react with a fluoropolymer, it may be able to permeate through the polymer structure. The extent and rate of permeation depend on the structure and properties of the plastic article as well as the type and concentration of permeant. Temperature and pressure usually influence the permeation process. This chapter reviews chemical compatibility of fluoropolymers and their permeation behavior towards different chemicals. This chapter has been divided based on the fluorine content of fluoropolymers, that is, perfluorinated and partially fluorinated.

The elastic modulus, defined as the slope of the linear part of the stressstrain curve, increases significantly with decreasing temperature. 7 shows the ultimate values of stress before failure by fracture occurs. Tensile strength decreases while break elongation increases with increasing temperature. 11 provide stress-strain data for tension, compression, and shear modes. Yield stress in the compressive mode has a similar value to that in the tensile mode. 5 at above room temperature. 46. 1 Deformation Under Load (Creep) and Cold Flow This property is an important consideration in the design of parts from polytetrafluoroethylene.

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