Plastics: Theory and Practice: The Technology of High Polymers |
Contents
PREFACE | 1 |
CONDENSATION | 11 |
EFFECT OF PLASTICIZERS ON LINEAR POLYMERS | 22 |
Copyright | |
21 other sections not shown
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Common terms and phrases
acetyl addition adhesives alkalies alkyd applications bonds butadiene butyl carbon casein casting catalyst cellulose acetate cellulose nitrate cent chains Chem chemical coagulation coating color commercial compounds condensation containing copolymers Corp cross linkage cure degree of polymerization electrical esters ethyl cellulose extruded fabrics fibers filaments fillers film finished formaldehyde groups heat high polymers important impregnating industry injection molding insulating kettle lacquers laminated linear liquid machine manufacture material merization metal method moisture molding powder molecular weight molecules monomers natural rubber nylon obtained oils oxidation Phenol-formaldehyde phenolic resins plastic poly polymers polystyrene polysulfide polyvinyl acetate polyvinyl alcohol polyvinyl chloride pressure properties rayon reaction relatively resistance rosin rubberlike shapes sheets silicon sodium softening point soluble solution solvents structure styrene surface synthetic rubber TANK temperature tensile strength textile thermoplastic thermosetting tion tubes urea Urea-formaldehyde usually varnish vinyl chloride Viscose Viscose rayon vulcanization wood yarn