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Ultraplen® PP MF40 — mineral-filled polypropylene with 40% talc

Description

Ultraplen® PPMF40 is a mineral-filled polypropylene with 40 % talc from Material Wizard. An injection molding compound on a homopolymer PP matrix with 40 % fine-particle talc (D50 ~3–5 µm) and an optimized compatibilizer package. Developed as a cost-effective technical alternative to glass-filled PP in applications where the critical requirements are a smooth glossy surface with no visible fiber, isotropic shrinkage, increased heat resistance and high impact strength at moderate stiffness.

Why mineral rather than glass — the technical logic

  • Isotropic shrinkage (~0.9–1.2 % in all directions) versus the strong anisotropy of GF compounds — critical for flat and large-area parts (instrument panels, trim covers).
  • Clean surface without white streaks — well suited for cosmetic parts without subsequent painting / texturing.
  • Better impact balance at equal stiffness — talc acts as a crystallization nucleating agent, increasing impact strength.
  • Lower abrasive load on the screw and mold compared with GF — extends tooling life.
  • Cost 15–25 % lower than a comparable GF-filled PP.

Advantages

  • Increased stiffness with a modulus of 3.5–4.5 GPa while retaining the impact strength of a PP homopolymer
  • Isotropic shrinkage — minimal warpage in flat and large parts
  • Smooth glossy surface of the finished part with no visible flow lines
  • Good heat resistance for parts operating briefly at 100–120 °C
  • Low wear of tooling and screw — extends mold life by 2–3 times vs a GF compound
  • Can be colored in any shades without the dark tint of fiber showing through
  • Low water absorption — dimensional stability in any climate
  • EU 10/2011 compliance for food-contact applications (on request)

Limitations — honestly

  • Stiffness lower than Ultraplen® 530 (GF30) — 4 GPa modulus vs 7 GPa. For loaded structural parts choose a GF compound.
  • HDT/A (1.8 MPa) ~75 °C — parts operating under load above 80 °C require GF compounds or PA
  • Brittleness at sub-zero temperatures — outdoor applications in cold climates require an EPDM impact modifier
  • UV-unstable in the base formulation — a HALS package is added for outdoor use
  • Base grade is HB — for FR applications switch to Ultraplen® 600 (V-2)
  • Talc sedimentation during prolonged melt residence — processing regimes must maintain constant mixing

Target applications

Home appliances: vacuum cleaner housings, bases and lids of kitchen appliances, fan housings, food storage containers (food-contact package on request), refrigerator parts.

Automotive (interior): instrument panel trim, door trim, center consoles, sill trim, trunk compartment elements, holders and guides.

Industrial packaging: technical containers, pallets, storage crates, IBC lids with increased stiffness.

Electrical engineering: junction box housings (without FR requirements), cable organizers, mounting chassis for low-voltage systems.

Furniture industry: structural elements of office furniture, drawer slide guides, wall-mounting bases.

Global counterparts

Parametrically comparable PP TD40 / PP TF40 compounds: LyondellBasell Softell™ EM200H and Hostacom TRC 254 N, Borealis Daplen™ EE188HP (40 % talc), SABIC PPC 7414, RTP 199 Series 40 % Mineral Filled, Mitsubishi Newcon™ MM-1100. Ultraplen® PPMF40 is offered as a localized alternative with flexibility in batch size (from 25 kg), color, MFR and additive package (UV/AO/impact).

The stated values are measured by internal methods close to the corresponding ISO and GOST standards. This information is for reference only and is not an official technical data sheet for a batch. Before industrial use, please request the TDS and MSDS for the specific batch.

Ultraplen® PP MF40 — mineral-filled polypropylene with 40% talc
Parameter
Unit
Value
Physical properties:
Supply form
Pellets
Pellet size
mm
2…6
Density
g/cm³
1.22 (ISO 1183-1)
Mineral filler content
%
40 (ISO 3451-1)
Rheological properties:
Melt flow rate (MFR, 230 °C / 2.16 kg)
g/10 min
10 (ISO 1133-1)
Mold shrinkage (flow direction)
%
1.3 (ISO 294-4)
Mold shrinkage (transverse direction)
%
1.3 (ISO 294-4)
Processing stability
class
10
Mechanical properties:
Tensile strength at yield (conditioned)
MPa
35* (ISO 527-2)
Tensile strength at yield (dry)
MPa
35* (ISO 527-2)
Tensile strength at break (10-year aging)
MPa
28* (ISO 527-2)
Charpy impact strength (unnotched, 23 °C)
kJ/m²
50 (ISO 179-1/1eU)
Charpy impact strength (unnotched, −30 °C)
kJ/m²
30 (ISO 179-1/1eU)
Unnotched impact strength at maximum moisture absorption, +23 °C
kJ/m²
50
Impact strength, accelerated aging 10 years, +23 °C
kJ/m²
30
Charpy impact strength, notched, +23 °C
kJ/m²
7 (ISO 179-1/1eA)
Charpy impact strength, notched, −30 °C
kJ/m²
5 (ISO 179-1/1eA)
Ball indentation hardness, conditioned specimen
MPa
100 (ISO 2039-1)
Ball indentation hardness, dry specimen
MPa
100 (ISO 2039-1)
Flexural stress
MPa
120 (ISO 178)
Tensile elongation
%
6 (ISO 527-1/-2)
Compressive modulus, conditioned specimen
GPa
4
Compressive modulus, dry specimen
GPa
4
Flexural modulus, conditioned specimen
GPa
4 (ISO 178)
Flexural modulus, dry specimen
GPa
4 (ISO 178)
Thermal properties:
Melting temperature
°C
150 (ISO 11357-3)
Heat deflection temperature, 1.8 MPa (HDT/A)
°C
110 (ISO 75-2)
Thermal conductivity
W/(m·K)
0,26 (ISO 22007)
Coefficient of linear thermal expansion, longitudinal
µm/(m·K)
70 (ISO 11359-2)
Coefficient of linear thermal expansion, transverse
µm/(m·K)
70 (ISO 11359-2)
Glow wire resistance temperature
°C
-
Maximum recommended long-term service temperature
°C
110
Recommended maximum temperature for short-term thermal loads
°C
130
Flammability
class
HB (UL 94) (UL 94)
Oxygen index
%
26 (ISO 4589-2)
Electrical properties:
Dielectric strength
kV/mm
25 (IEC 60243-1)
Volume resistivity
Ω·m
10^13 (IEC 62631-3-1)
Surface resistivity
Ω
10^13 (IEC 62631-3-2)
Tracking resistance (CTI)
V
600 (IEC 60112)
*
Typical data for this polymer class, for reference.
Указанные показатели измеряются по внутренним методикам, близким к соответствующим ISO, ГОСТ Информация носит ознакомительный характер, рекомендуем использовать техническую информацию после согласования с поставщиком и подписания нормативно-технической спецификации