Homopolymer for Injection Molding Features: Produced without animal derived components or phthalates Sterilization: EtO and autoclave Applications: Labware, pipette tips, and medical components

Specialty Homopolymer for Injection Molding Features: Drop impact resistant. Produced without animal derived components or phthalates Sterilization: Gamma radiation, EtO, E-beam, and autoclave Applications: Medical components, syringes, closures, and connectors

Random Copolymer for Injection Molding Features: Clarified. Produced without animal derived components. Sterilization: Gamma radiation, EtO, E-beam, and autoclave Applications: Medical components, syringes, closures, and connectors

Random Copolymer for Injection Molding Features: Clarified. Produced without animal derived components Sterilization: Gamma radiation, EtO, E-beam, and autoclave Applications: Syringes, medical device components, labware

Random Copolymer for Injection Molding Features: Clarified. Produced without animal derived components Sterilization: Gamma radiation, EtO, and E-beam Applications: Syringes, medical device components, labware

Random Copolymer for Injection Molding Features: Produced without animal derived components Sterilization: Gamma radiation, EtO, E-beam, and autoclave Applications: Medical device components, labware, closures

Random Copolymer for Injection Molding Features: Clarified, low migratory additives. Produced without animal derived components. Sterilization: EtO, suitable for autoclave sterilization in the presence of aqueous solutions Applications: Prefilled syringes, labware, and medical device components

Random Copolymer for Extrusion and Injection Blow Molding Features: Produced without animal derived components Sterilization: EtO and autoclave Applications: Nutritional drink bottles, pharmaceutical BFS, irrigation containers, and medical device components

Random Copolymer for Injection Stretch Blow Molding and Injection Molding Features: Nucleated, good dimensional stability. Produced without animal derived components Sterilization: EtO and autoclave Applications: Irrigation bottles, caps, and closures

Random Copolymer for Extrusion and Injection Molding Features: Produced without animal derived components Sterilization: Gamma radiation, EtO, E-beam, and autoclave Applications: Medical bottles, syringes, centrifuge tubes

Homopolymer for Injection Molding Features: Nucleated and long-term aging (LTHA). Produced without animal derived components or phthalates. Applications: Medical and electrical device components

Homopolymer for Injection Molding Features: Nucleated and good dimensional stability. Produced without animal derived components or phthalates Applications: Contact lens molds and cases

Random Copolymer for Injection Molding Features: Clarified. Produced without animal derived components or phthalates Sterilization: Gamma radiation, EtO, E-beam, and autoclave Applications: Syringes, medical device components

Specialty Homopolymer for Injection Molding Features: Clarified with good dimensional stability. Produced without animal derived components or phthalates. Sterilization: Gamma radiation, EtO, E-beam, and autoclave Applications: Medical components, labware and pipette tips