Product specification Expancel DU - Nouryon

1 Expancel gradeThermomechanical Analysis (1)Particle sizeD( ) (2) mSolvent resistance (3)Tmax CTstart CDensitykg/m 031 DU 40118 13380 95 1210 163053 DU 40136 14495 102 2010 163051 DU 40142 151105 110 259 154043 DU 80144 16494 114 1016 245920 DU 20152 172118 143 255 95920 DU 40168 178121 131 1710 165909 DU 80172 187118 128 1018 245920 DU 80177 192121 131 1418 245950 DU 80188 200136 146 1218 245093 DU 120186 201119 129 385951 DU 120191 206131 141 928 385930 DU 120189 204117 127 6,528 385920 DU 120191 203118 128 1428 385980 DU 100211 231167 182 1420 305 New Product :HP92 DU 80180 200116 126 2020 305 Product specification Expancel DU MicrospheresVersion Month Year DU = Dry powder of unexpanded Expancel microspheres Delivered in FIBC 500 kg, or in fibre drums net weight 50 kg.

2 Use the Product within three years after production date, if unopened. Not all grades available in all locations. Check local sales office for information 2022-09To find out more about our microspheres , visit our website: contact us at:E: information contained in this leaflet is not intended to be exhaustive and is presented in good faith and believed to be correct as of the date on which it is prepared. Persons using the information must make their own determinations and assessments as to the suitability of the relevant information for their purposes prior to taking any action based on the information. Neither Nouryon nor any of its affiliates or representatives makes any representation or warranty, expressed or implied, as to the accuracy or completeness of this document or any of the information contained herein.

3 Nouryon and its affiliates or representatives expressly disclaim to the fullest extent permitted by law any and all liability based, in whole or in part, on the document or any information contained microspheres is a registered trademark of Nouryon in a number of territorries resistance rating:5 = no unfavorable effects expected4 = special care needed if mixed for prolonged periods or at elevated temperatures3 = poor chemical resistanceThese ratings are not conclusive. We recommend that you carry out your own tests with regard to the intended use of Expancel ) Thermomechanical Analysis: performed on a thermomechanical analyzer, measuring dimensional changes as a function of temperature.

4 More information: Thermomechanical analysis of Expancel microspheres .2) Particle size: measured by laser diffraction; Low Angle Laser Light Scattering (LALLS). D( ) = average particle size. More information: Particle size of Expancel microspheres .3) Solvent resistance: The microspheres are immersed in pure, liquid chemical or water solution of the chemical for 14 days at room temperature. TMA is used to determine the effects. More information: Chemical resistance of Expancel microspheres .Volume density (%)Size ( m) size distribution curv