PolyOne Corporation Page 4 Agenda 1:00 Introduction Robert M. Kahler 3:00 Break 3:10 Performance Products and Solutions Michael A. Garratt 3:40 PolyOne Distribution Mark Crist 4:10 Financial Highlights and Goals Bradley C.

January 4, 2018 Jan. 4, 2018 Rose, Vice President, Corporate Communications, PolyOne Corporation, +1 440-930-3162, kyle.rose@avient.com

January 4, 2016 Jan. 4, 2016 Rose, Vice President, Corporate Communications, PolyOne Corporation, +1 440-930-3162, kyle.rose@avient.com

CORE(TM) SK408 Clear formula #3 CORE(TM) SK409 Clear formula #4 TPE BLUE 3

ORANGE NF 4 ORANGE NF 3 DR ORANGE 3

X155-023-120-3 MINT GREEN #3 MINT GREEN #4

ROJO 3 DARK RED BROWN 1 DARK RED BROWN 4

Density Impact Flexural Tensile HDT Equilibrium Moisture — PKE-GF PA12-GF PA612-GF 5 4 3 2 1 0 Impact Shrink Modulus Chemical Resistance Flexural (Cond.) CO2 Emission Factor — PKE-GF — PA6-GF — PA66-GF HDT Wear Density 5 4 3 2 1 0 Equilibrium Moisture 1: Poor 3: Good 5: Excellent

The graph above shows the result of tensile load applied longitudinally to three laminate samples made with Polystrand™ continuous glass fiber reinforced polypropylene in 2-, 4- and 6-ply configurations, illustrated below. The 4- and 6-ply samples in the above graph were loaded in the transverse direction. The 4-ply sample here has similar tensile performance as the 4-ply sample in Figure 1, which is expected because the two samples contain an equal balance of 0- and 90-degree fibers.

The graph above shows the result of tensile load applied longitudinally to three laminate samples made with Polystrand™ continuous glass fiber reinforced polypropylene in 2-, 4- and 6-ply configurations, illustrated below. The 4- and 6-ply samples in the above graph were loaded in the transverse direction. The 4-ply sample here has similar tensile performance as the 4-ply sample in Figure 1, which is expected because the two samples contain an equal balance of 0- and 90-degree fibers.