This includes enhanced metallic surface finishes and handles for personal, oral, skin, and cosmetic products to add visual appeal that connotes high quality and value. Dyneema®, the world’s strongest fiber™, enables unmatched levels of performance and protection for end-use applications, including ballistic personal protection, marine and sustainable infrastructure and outdoor sports

Personal Care Enhance brand presence and deliver dynamic shelf impact with our solutions for personal care packaging.

Personal Care Packaging Personal Products Personal Care Packaging

Because it exhibits a higher flow rate than other SBC-based TPEs, OnFlex-S TPE reduces cycle times during injection molding, a feature that satisfies productivity objectives set by Jäger. A high melt flow rate for the solution reduces packing and cooling time requirements to improve overall molding cycle times. Faster processing = lower energy costs: Higher melt flow rates enable shorter injection molding cycles, resulting in reduced energy requirements.

Because it exhibits a higher flow rate than other SBC-based TPEs, OnFlex-S TPE reduces cycle times during injection molding, a feature that satisfies productivity objectives set by Jäger. A high melt flow rate for the solution reduces packing and cooling time requirements to improve overall molding cycle times. Faster processing = lower energy costs: Higher melt flow rates enable shorter injection molding cycles, resulting in reduced energy requirements.

Effective Tax Rate(1) Effective Tax Rate(1) Interest expense

In 2018, we achieved the best performance in our history with a recordable incident rate of 0.51.

SBCs are shear dependent – this means their viscosity is higher at low shear rates (such as extrusion) and lower at high shear rates (as in injection molding). SBC TPEs will flow more easily into thin areas of the mold at high shear rates. The figure below illustrates the effect of shear rate on the viscosity of GLS styrenic TPEs (measured at 390°F (200°C)).

SBCs are shear dependent – this means their viscosity is higher at low shear rates (such as extrusion) and lower at high shear rates (as in injection molding). SBC TPEs will flow more easily into thin areas of the mold at high shear rates. The figure below illustrates the effect of shear rate on the viscosity of GLS styrenic TPEs (measured at 390°F (200°C)).

Because it exhibits a higher flow rate than other SBC-based TPEs, OnFlex-S TPE reduces cycle times during injection molding, a feature that satisfies productivity objectives set by Jäger. A high melt flow rate for the solution reduces packing and cooling time requirements to improve overall molding cycle times. Faster processing = lower energy costs: Higher melt flow rates enable shorter injection molding cycles, resulting in reduced energy requirements.