Plastics and Resin CompositionsWilfred Gordon Simpson |
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Page 123
... melt strength must be reasonable and the material must not adhere too strongly to the rolls : in other words , it must be possible to form the film and to peel it smoothly and consistently from the rolls . If later thinner stock is to ...
... melt strength must be reasonable and the material must not adhere too strongly to the rolls : in other words , it must be possible to form the film and to peel it smoothly and consistently from the rolls . If later thinner stock is to ...
Page 127
... melt viscosity is high and the melt lacks pseudo - plasticity at the shear rates experienced in melt processes . Processing may be improved by incorporating long - chain branching to give a linear long - chain branched polyethylene ...
... melt viscosity is high and the melt lacks pseudo - plasticity at the shear rates experienced in melt processes . Processing may be improved by incorporating long - chain branching to give a linear long - chain branched polyethylene ...
Page 147
... melt leaves the die still unexpanded and changes subsequently to its final dimensions . Premature expansion gives product with rough external finish . Hot - Melt Calendering . Success in calendering thermoplastic polyurethanes is ...
... melt leaves the die still unexpanded and changes subsequently to its final dimensions . Premature expansion gives product with rough external finish . Hot - Melt Calendering . Success in calendering thermoplastic polyurethanes is ...
Contents
Reinforcement of Mouldings | 26 |
HighPressure Laminates | 54 |
CopperClad Laminates for Use as Printed Circuit Boards | 74 |
Copyright | |
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acid acrylic addition adhesive aluminium applied areas artefacts binder blade bonded calender carbon cellulose nitrate chemical coating flows colour components composition Conservation containing copolymer cross-linking curing degradation dispersions electrical electrical insulation employed epoxy resin esters evaporation example extrusion fabric Figure fillers film thickness finish flexible Flexography fluid formaldehyde formulation give glass fibre grades gravure heat impregnated industry injection moulding ketone lacquer laminates layer liquid machine manufacture material mechanical melt metal method mixing molecular weight Museum oxide packs paint paper phenolic pigment plastic plate poly(vinyl chloride polyamide polyester polyethylene polymer polymerization polypropylene polyurethane Postprints powder pressure printing properties range reaction reinforcement resistance rigid roll roller rubber shear sheet soluble solution solvent speed spray strength substrate suitable surface synthetic technique temperature thermoplastic thermosetting treatment typical urea-formaldehyde usually veneers vinyl viscosity wood