those based on Styrene-Butadiene-Styrene (SBS) or Styrene-Isoprene-Styrene (SIS) polymers, and Processing SBS or SIS TPEs over 400°F may cause them to degrade, resulting in gels and discoloration. SEBS/SEPS and SBS/SIS formulations exhibit apparent viscosities that are affected by ‘shear rate.’

AQUARIUS™ SB - GREEN CONCENTRATE 3. AQUARIUS™ SB - GOLD CONCENTRATE 6. AQUARIUS™ SB - RED CONCENTRATE 9.

CORE(TM) SK433 (SB-WH-OP) CORE(TM) SK434  (SB-OR-P) CORE(TM) SK436  (SB-PK-P)

Geon(TM) DB4794 (11) SB HMW LPL LFL Geon(TM) DB4794 (17) SB LMW HPL LFL Geon(TM) DB4794 (2) SB HMW LPL HFL

B ij la ge n b ij h et B el gi sc h S ta at sb la d - 3 0/ 11 /2 02 1 - A n n ex es d u M on it eu r b el ge

050BN2040 BROWN EVA SB 050BU2044 BLUE EVA SB 050BU2045 LT BLUE EVA SB

They have a block structure of Styrene-Butadiene-Styrene (SBS). The SBS ‘D’ formulations are most compatible with polystyrene. Dynaflex™ D, Kraton® D (SBS)

Clear, unfilled SEBS or SBS grades form intimate contact with the tool and replicate the surface very well. SBS TPEs that are held at high temperature for long times are capable of crosslinking. However, we do not recommend the use of self-insulating runner systems for SBS or SEBS TPEs, due to the dead zones and potential for polymer degradation.

CORE(TM) SK459 (SB-WH-OP) CORE(TM) SK461 (SB-BO-P) CORE(TM) SK462 (SB-RD-P)

Geon(TM) DB4794 (1) SB HMW HPL HFL Geon(TM) DB4794 (8) SB LMW HPL HFL Geon(TM) DB4794 (4) SB LMW LPL HFL