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This is the free Material Data Center Datasheet of Luran® 388S - SAN - INEOS Styrolution

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Testo del prodotto
Luran® 388S is a specialty grade of SAN with enhanced chemical resistance and the highest mechanical strength. It is suitable for injection molding and extrusion applications. Food contact statements are available on request.
Caratteristiche FisicheValoreUnitáNorma del test
ISO Data
Indice di fusione di volume, MVR 7 cm³/10min ISO 1133
Temperatura 220 °C -
Carico 10 kg -
Conduttività termica del fuso 0.17 W/(m K) -
Proprietà MeccanicheValoreUnitáNorma del test
ISO Data
Modulo a trazione 3800 MPa ISO 527
Carico unitario a rottura 79 MPa ISO 527
Deformazione a rottura 4 % ISO 527
Resistenza all'urto Charpy, +23°C 21 kJ/m² ISO 179/1eU
Resistenza all'urto Charpy, -30°C 19 kJ/m² ISO 179/1eU
Resistenzia all'urto Charpy con intaglio, +23°C 2.5 kJ/m² ISO 179/1eA
Proprietà TermicheValoreUnitáNorma del test
ISO Data
Temp.di inflessione sotto carico, 1.80 MPa 101 °C ISO 75-1/-2
Temp.di inflessione sotto carico, 0.45 MPa 102 °C ISO 75-1/-2
Temp.di rammollimento Vicat, B 107 °C ISO 306
Coeff.di dilatazione termica lin., parallelo 70 E-6/K ISO 11359-1/-2
Altre ProprietàValoreUnitáNorma del test
Assorbimento d'umidità 0.3 % Sim. alla ISO 62
Massa volumica 1080 kg/m³ ISO 1183
Raccomandazione de Processabilità Stampaggio ad IniezioneValoreUnitáNorma del test
Pre-essiccamento - Temperatura 80 °C -
Pre-essiccamento - Tempo 2 - 4 h -
Temperatura di fusione 220 - 260 °C -
Temperatura dello stampo 40 - 80 °C -
Funzioni
Viscosità-Velocità di taglio , Luran® 388S, SAN, INEOS Styrolution
Sforzo di taglio-Velocità di taglio , Luran® 388S, SAN, INEOS Styrolution
Sforzi-deformazione , Luran® 388S, SAN, INEOS Styrolution
Modulo secante-deformazione , Luran® 388S, SAN, INEOS Styrolution
Sforzi-deformazioni (isocrona) 23°C, Luran® 388S, SAN, INEOS Styrolution
Modulo di scorrimento-tempo 23°C, Luran® 388S, SAN, INEOS Styrolution
Curva di scorrimento 23°C, Luran® 388S, SAN, INEOS Styrolution
Sforzi-deformazioni (isocrona) 40°C, Luran® 388S, SAN, INEOS Styrolution
Modulo di scorrimento-tempo 40°C, Luran® 388S, SAN, INEOS Styrolution
Curva di scorrimento 40°C, Luran® 388S, SAN, INEOS Styrolution
Sforzi-deformazioni (isocrona) 60°C, Luran® 388S, SAN, INEOS Styrolution
Modulo di scorrimento-tempo 60°C, Luran® 388S, SAN, INEOS Styrolution
Curva di scorrimento 60°C, Luran® 388S, SAN, INEOS Styrolution
Sforzi-deformazioni (isocrona) 80°C, Luran® 388S, SAN, INEOS Styrolution
Modulo di scorrimento-tempo 80°C, Luran® 388S, SAN, INEOS Styrolution
Curva di scorrimento 80°C, Luran® 388S, SAN, INEOS Styrolution
Volume specifico-temperatura (pvT) , Luran® 388S, SAN, INEOS Styrolution
Modulo a taglio-temperatura , Luran® 388S, SAN, INEOS Styrolution
Caratteristiche
Processabilità e Forma di Forni
Stampaggio ad Iniezione, Estrusione Profilati, Estrusione di Lastre/Fogli, Altre Estrusioni, Termoformatura
Forma fisica disponibile
Pellet
Caratteristiche speciali
Trasparente
Disponibilità geografica
Nord America, Europa, Asia Oceano Pacifico, South and Central America, Near East/Africa
Altre informazioni
Stampaggio ad Iniezione
PREPROCESSING

Pre-drying, Temperature: 80°C

Pre-drying, Time: 2 - 4h

PROCESSING

Melt temperature, range: 220 - 260°C

Mold temperature, range: 40 - 80°C

Altre Estrusioni
PREPROCESSING

Pre-drying, Temperature: 80°C

Pre-drying, Time: 2 - 4h

PROCESSING

Prepreg, Melt temperature: 220 - 240°C

Pipes, Melt temperature: 220 - 240°C

Estrusione di Profilati
PREPROCESSING

Pre-drying, Temperature: 80°C

Pre-drying, Time: 2 - 4h

PROCESSING

Profiles, Melt temperature: 240°C

Estrusione Lastre/Fogli
PREPROCESSING

Pre-drying, Temperature: 80°C

Pre-drying, Time: 2 - 4h

PROCESSING

Plates, Melt temperature: 220 - 240°C

Disclaimer
Copyright Altair Engineering GmbH. Altair Engineering GmbH assumes no liability for the system to be free of errors. The user takes sole responsibility for the use of this data under the exclusion of every liability from Altair Engineering GmbH; this is especially valid for claims of compensation resulting from consequential damages. Altair explicitly points out that any decision about the application of materials must be double checked with the producer of this material. This includes all contents of this system. Copyright laws are applicable for the content of this system.
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