Data Sheet

In collaboration with Polyscope Polymers from the Netherlands, BASF developed

an ABS grade which is engineered for 3D-printing. Polyscope offers solutions for en-

hancing the performance of various engineering plastics like ABS by adding Styrene

Maleic Anhydride (SMA) which provides benets such as high heat resistance and

high dimensional stability. BASF has the capabilities and facilities to analyse material

behaviour during 3D-printing and realize improvements. This resulted in an optimi-

zed ABS grade for 3D-printing: “ABS Fusion+ made with Polyscope XILOY™ 3D.” (Dis)

solve your problem This unique collaboration has led to a solution which enables

professional users to break through existing barriers. No more tinkering with uids

or tape for adhesion, no more hassle because of failed prints and best of all, you will

experience almost no warping.

ABS Fusion+ is a genuine solution for users with demanding 3D-printing applica-

tions. This grade will enable users to tap into the full potential of 3D-printing. We co-

llected data of printed objects to support you in your material requirements analysis.

ABS

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ABS In collaboration with Polyscope Polymers from the Netherlands, BASF developed an ABS grade which is engineered for 3D-printing. Polyscope offers solutions for enhancing the performance of various engineering plastics like ABS by adding Styrene Maleic Anhydride (SMA) which provides benefits such as high heat resistance and high dimensional stability. BASF has the capabilities and facilities to analyse material behaviour during 3D-printing and realize improvements.
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ABS - Technical information including: General Properties Printed Part Density Standard 1075 kg/m3 / 67.1 lb/ft3 Thermal Properties ISO 1183-1 Standard HDT at 1.8 MPa 71 °C / 160 °F ISO 75-2 HDT at 0.45 MPa 91 °C / 196 °F ISO 75-2 Glass Transition Temperature 80 and 114 °C / 176 and 237 °F ISO 11357-2 Melt Volume Rate 10.0 cm3 /10 min / 0.