Impact Copolymer Solutions
The production of impact copolymers involves copolymerizing ethylene with PP homopolymer in a secondary reaction stage. This block-type copolymerization yields polypropylene (PP) resins that provide an added advantage by maintaining an excellent balance between impact strength and stiffness at both ambient and low temperatures.
- Stiffness and impact balance at ambient and low temperature
- Excellent heat and chemical resistance characteristics
- Excellent flow-ability and stiffness to impact ratio allow for moulding parts weight reduction and faster cycle times, leading to higher productivity
Offering a diverse array of melt flows, impact copolymers can be tailored to excel in precise applications. This versatility spans from injection molding for rigid, thin-walled packaging in consumer and industrial sectors to extrusion for energy-efficient pipes in construction and molding for both interior and exterior automotive applications.
The adaptability of impact copolymer resins extends to performance in a broad temperature range, making them suitable for applications ranging from freezer use to freezer-to-microwave scenarios.
The adaptability of impact copolymer resins extends to performance in a broad temperature range, making them suitable for applications ranging from freezer use to freezer-to-microwave scenarios.
OUR products
