Home // Enabling Recyclability in Drinkable Yogurt Bottles

How to minimize the risk of supply chain disruption for healthcare plastic colorants and functional additives Home // Securing Supplies for Medical Plastic Solutions The concentrates need to be diluted with virgin polymer during the conversion process to achieve the right amount of color or additive in the plastic.

Design bottles that will stay protected, despite drops and impact To measure drop impact on bottles, an ASTM D2463 assessment is performed. Ensure the base of the bottle does not have too much material or become thermally crystallized, as it will cause the bottle to become brittle  

Home // How to Solve Pearlescence and Haze Challenges in Blow Molded Bottles Pearlescence, also known as stress whitening, causes a milky coating in the bottle and is often caused because the production temperature is too cold.   Haze, thermally induced crystallization on the exterior of the bottle, is often caused because of overheating.  

Home // How to Solve Pearlescence and Haze Challenges in Blow Molded Bottles Pearlescence, also known as stress whitening, causes a milky coating in the bottle and is often caused because the production temperature is too cold.   Haze, thermally induced crystallization on the exterior of the bottle, is often caused because of overheating.  

Home // How to Solve Pearlescence and Haze Challenges in Blow Molded Bottles Pearlescence, also known as stress whitening, causes a milky coating in the bottle and is often caused because the production temperature is too cold.   Haze, thermally induced crystallization on the exterior of the bottle, is often caused because of overheating.  

Cesa™ Mat masterbatch are added to polymers to modify surface properties to reduce gloss and develop a matte or frost-like effect in PET polyester sheet and bottles, polyolefin films and other products. Available in a number of different carriers ranging from polyolefins and styrenics to engineering resins: injection molding, blow molding, film and sheet extrusion, PET sheets and bottles, polyolefin films. Impart whiteness and opacity to plastic products

Hard/soft combinations of either rigid plastic or metal with TPEs are one way to achieve haptic contrast, which in turn, differentiates products with aesthetic appeal. Why Three-Party Collaboration Leads to Bottle Manufacturing Success Why Three-Party Collaboration Leads to Bottle Manufacturing Success

Simply defined, thermoplastic elastomers (TPEs) are a type of plastic that have been refined to create a soft, rubbery feel. Why Three-Party Collaboration Leads to Bottle Manufacturing Success Why Three-Party Collaboration Leads to Bottle Manufacturing Success

Specialized chemistries enable TPEs to adhere to many different plastic substrates, including PP, polycarbonate (PC), acrylonitrile-butadiene-styrene (ABS), PC/ABS, copolyester, polyamide, and polystyrene. Why Three-Party Collaboration Leads to Bottle Manufacturing Success Why Three-Party Collaboration Leads to Bottle Manufacturing Success