ICP grades for thin wall injection molded rigid packaging applications
SOCAR, based in Azerbaijan, currently is marketing these materials to customers in Russia, Turkey and other countries in the Commonwealth of Independent States. The company says these new ICP grades are ideal for use in thin-wall injection molded (TWIM) rigid packaging applications such as caps, closures and opaque containers, as well as in various housewares, sporting goods and toys.
The two new grades are CB 4848 MO (with a melt flow rate of 48) and CB 6448 MO (with a melt flow rate of 64), which are the most common melt flow rates for ICPs. Both offer an excellent balance of end-use properties.
These ICP grades deliver molded parts that exhibit low shrinkage, improved thermal resistance (HDT), and an excellent balance between stiffness and impact resistance. Additionally, with their good flowability, the two different grades enable converters to realize faster processing, while allowing both newer and older injection molding machines to efficiently process the material.
Superior rigidity and dimensional stability without use of phthalate compounds
SOCAR Polymer says these new grades advance its aim to provide customers with reactor grades of heterophasic copolymers that use no organic peroxides, and abide by SOCAR Polymer’s zero-phthalate philosophy, meaning that no catalysts and chemicals containing phthalate compounds are used at any stage of production. At the same time, the resulting products offer superior rigidity and dimensional stability.
The use of Hyperform in the ICP formulation also aids processability by helping to boost converters’ productivity by reducing cycle times, while also enhancing their sustainability by reducing energy usage.
These efforts build upon the previous cooperation between the companies that late last year led to the introduction of SOCAR’s first two random copolymer PP grades:
- RB 4545 MO;
- RB 6545 MO.
Those grades use Milliken’s Millad® NX® 8000 family of clarifiers to boost clarity in TWIM packaging products while maintaining an excellent balance of overall properties.