PPC
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TIPPLEN K 110
TIPPLEN K 110 is an impact copolymer polypropylene coming from product changes during first grade production or it
includes materials, which are out of specified range of first grades. It contains chemical additives; the additive content is
unknown and not defined. This grade does not contain any mechanical pollutions or burnt particles. MFR and quality
parameters within the specification range can show inhomogeneity, so their values can vary even within one lot
because of the way of their production method.
TIPPLEN K 210
TIPPLEN K 210 is an impact copolymer polypropylene coming from product changes during first grade production or it
includes materials, which are out of specified range of first grades. It contains chemical additives; the additive content is
unknown and not defined. This grade does not contain any mechanical pollutions or burnt particles. MFR and quality
parameters within the specification range can show inhomogeneity, so their values can vary even within one lot
because of the way of their production method.
TIPPLEN K 310
TIPPLEN K 310 is an impact copolymer polypropylene coming from product changes during first grade production or it
includes materials, which are out of specified range of first grades. It contains chemical additives; the additive content is
unknown and not defined. This grade does not contain any mechanical pollutions or burnt particles. MFR and quality
parameters within the specification range can show inhomogeneity, so their values can vary even within one lot
because of the way of their production method.
TIPPLEN K 410
TIPPLEN K 410 is an impact copolymer polypropylene coming from product changes during first grade production or it
includes materials, which are out of specified range of first grades. It contains chemical additives; the additive content is
unknown and not defined. This grade does not contain any mechanical pollutions or burnt particles. MFR and quality
parameters within the specification range can show inhomogeneity, so their values can vary even within one lot
because of the way of their production method.
TIPPLEN K 510
TIPPLEN K 510 is an impact copolymer polypropylene coming from product changes during first grade production or it
includes materials, which are out of specified range of first grades. It contains chemical additives; the additive content is
unknown and not defined. This grade does not contain any mechanical pollutions or burnt particles. MFR and quality
parameters within the specification range can show inhomogeneity, so their values can vary even within one lot
because of the way of their production method.
TIPPLEN K 610
TIPPLEN K 610 is an impact copolymer polypropylene coming from product changes during first grade production or it
includes materials, which are out of specified range of first grades. It contains chemical additives; the additive content is
unknown and not defined. This grade does not contain any mechanical pollutions or burnt particles. MFR and quality
parameters within the specification range can show inhomogeneity, so their values can vary even within one lot
because of the way of their production method.
TIPPLEN K 710
TIPPLEN K 710 is an impact copolymer polypropylene coming from product changes during first grade production or it
includes materials, which are out of specified range of first grades. It contains chemical additives; the additive content is
unknown and not defined. This grade does not contain any mechanical pollutions or burnt particles. MFR and quality
parameters within the specification range can show inhomogeneity, so their values can vary even within one lot
because of the way of their production method.
TIPPLEN K 810
TIPPLEN K 810 is an impact copolymer polypropylene from product changes during first grade production or it includes
materials, which are out of specified range of first grades. It contains chemical additives; the additive content is
unknown and not defined. This grade does not contain any mechanical pollutions or burnt particles. MFR and quality
parameters within the specification range can show inhomogeneity, so their values can vary even within one lot
because of the way of their production method.