PP impact copolymer

Moplen EP548U

""

Natural

PP impact copolymer

Natural

Moplen EP548U

Go back

PP impact copolymer

Moplen EP548U

""

Natural

Description

Moplen EP548U is a nucleated polypropylene heterophasic copolymer with antistatic additivation, delivering an MFR of 70 g/10 min, a tensile modulus of 1450 MPa, and a Charpy impact strength of 4 kJ/m² at 23°C -- a new-generation material that matches the mechanical performance of conventional 45 MFR grades at significantly higher flow. Moplen EP548U is specifically engineered for IML thin-wall packaging, margarine tubs, dairy containers, lids, and housewares, with wall-thickness reduction potential that supports lightweighting initiatives. The tailor-made demolding behaviour and food-contact compliance of Moplen EP548U make it a standout choice for converters upgrading to faster production cycles.

Processing Techniques

Injection moulding on high-speed machines is the primary process for Moplen EP548U, and the 70 g/10 min MFR facilitates wall-thickness reduction while maintaining excellent dimensional stability through controlled rheology. Moplen EP548U's nucleation and antistatic formulation enable easy demoulding and static-free part handling, reducing scrap and downstream cleaning. Process at 210–240°C melt temperatures and fine-tune hold pressure to exploit the lightweighting potential without sacrificing the 1450 MPa stiffness.

Injection molding

Compliance and Documentation Notes

Moplen EP548U meets food-contact requirements. For food-contact declarations, TDS, SDS, and further regulatory documentation, contact Genesis Polymers at genesispolymers.eu.

Technical Properties

Polymer Family/Type

PP impact copolymer

PP

Density

0.000

g/cm³

MFR

0.0

g/10min

230°C/2.16kg

HDT

0

°C

0.45 MPa

Vicat Softening Temperature

0

°C

VST A50

Tensile Stress at Yield

0

MPa

Tensile Modulus

0

MPa

Charpy Impact Strength

0

kJ/m²

23°C

0

kJ/m²

0°C

0

kJ/m²

-20°C

Tensile Strain Yield

0

%

Tensile Elongation at Break

0

%

Brand

Feature

Antistatic

High Flow

High Stiffness

Nucleated