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High-impact polystyrene

Department of Plastics and Polymer Products

Phone

E-mail
polimer@belhim.by

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Chemical name: High-impact poly(ethynyl benzol)

High-impact polystyrene grades are 825, 825E, 825ES

High-impact polystyrene is a synthetic amorphous nontransparent thermoplastic material, which makes for a graft copolymer of styrene with rubber (often with polybutadiene).

Abbreviations for high-impact polystyrene in Russian are УПС, УПМ, ПСС (UPS, UPM, PSS), foreign abbreviation is High-impact polystyrene (HIPS).

High-impact polystyrene differs from the general purpose polystyrene with enhanced impact strength and lower stiffness. However, HIPS is inferior to ABS-plastic in impact strength.

It has reduced electrical insulation properties and lower longitudinal strength as compared to general purpose polystyrene. It has sufficient resistance to frost. The parts produced from HIPS operate at temperatures ranging from -30 °C to +70 °C. It is resistant to water, dilute acids, alkalis, alcohols. It is not resistant to organic solvents and technical oils. It is radiation resistant. It has low moisture absorption.

Under the influence of intensive UV radiation ultraviolet aging is observed, accompanied by yellowing and strength loss of the material (the material gets brittle and cracks even on low loading).

Model

Features

Appliction

825

High-impact polystyrene for the manufacture of items by injection molding. It is capable of rapid cycle molding, maintaining impact strength.

It is designed for the manufacture of structural foam and such products as frames of household appliances, toys and products requiring high gloss.

825Е

High-impact polystyrene is designed for the manufacture of items by extrusion and thermal molding.

It is designed for the manufacture of industrial packaging by thermal molding and for the production of a multilayer profiled sheet by extrusion

825ЕS

High-impact polystyrene is designed for the manufacture of items by extrusion and thermal molding.

It is designed for the manufacture of industrial packaging by thermal molding and for the production of a multilayer profiled sheet by extrusion. It is used for thin-layer extrusion

Packing Paper, polyethylene or polypropylene bags


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