Products and services

Ultraplen® PP GF30-530 — Glass-Filled Polypropylene, 30% GF

Description

Ultraplen® 53030 % glass-fiber-filled polypropylene from Material Wizard. An injection-molding compound based on a polypropylene matrix, reinforced with 30 % chopped glass fiber and a compatibilizer (MAH-PP). Developed as a cost-effective engineering alternative to glass-filled PA GF for parts that require structural stiffness, dimensional stability in humid environments and corrosion resistance — at one third of the cost and 1.5 times lower density.

Why Ultraplen® 530 instead of PA66 GF30

  • Stability in water: PP+GF does not absorb moisture (<0.05 % in 24 h) — modulus and dimensions remain stable without drying straight after molding. PA66 GF30 loses up to 30 % of its modulus at moisture saturation and requires conditioning.
  • Lower density: 1.12 g/cm³ vs 1.35 g/cm³ for PA66 GF30 — part weight savings of ~15 %.
  • Raw material cost: 2.5–3.5 times lower than imported PA66 GF30 at comparable stiffness for parts operating below 100 °C.
  • Chemical resistance: resistant to dilute acids, alkalis and aqueous salt solutions — outperforms PA in aggressive water storage and transport environments.

Advantages

  • Structural stiffness with a 6–7 GPa modulus at low density — high specific modulus
  • Dimensional stability under high humidity and in contact with water
  • Low creep tendency at moderate temperatures (up to 80 °C continuous)
  • Good chemical resistance to oils, gasoline, aqueous salt solutions, dilute acids and alkalis
  • Compatible with standard PP injection-molding tooling without modification
  • Low VOC content — compliance with EU 10/2011 for food-contact applications
  • Color matching to any RAL/Pantone shade (minimum base batch 25 kg)

Limitations — honestly

  • Not for temperatures >100 °C continuous — for under-hood applications or hot liquids choose PA66 GF, PPS or PPA
  • Shrinkage anisotropy along fiber flow lines — requires well-considered gate placement and adequate wall thickness (minimum 1.5 mm)
  • Visible fiber on the surface of thin-walled parts (white streaks) — cosmetic applications require surface finishing (texture / post-processing / painting)
  • The base grade is rated UL 94 HB — for V-2 / V-0 switch to Ultraplen® 600 (V-2) or combined FR-PA
  • Lower toughness at -20 °C than unfilled PP — cold-climate use requires modification (EPDM cap or impact modifier)
  • UV-unstable in the base formulation — a HALS package is added for outdoor use (optional)

Target applications

Water supply and sanitary equipment: cold-water pump housings, impellers, fittings, filter housings, water meter components, mounting brackets for piping.

Household appliances: internal structural parts of washing machines and dishwashers (where there is no contact with boiling water), fan housings, cooker hood bases, food processor components.

Industry: industrial fan impellers, pump housings for aggressive liquids (at up to 80 °C), technical covers, conveyor mounting elements.

Automotive (interior and cabin): ventilation system brackets, trim holders, air vent housings, cabin hardware components.

Agriculture: fertilizer dispenser housings, irrigation system fittings, greenhouse equipment components, fasteners.

Global equivalents

Parametrically comparable PP GF30 compounds: LyondellBasell Hostacom G3 R05, SABIC Stamax 30YK270E (long-fiber counterpart), Borealis Borstar® BJ368MO, RTP 100 Series 30 % GF, Mitsubishi Tafmer™ Premier. Ultraplen® 530 is offered as a localized alternative with flexibility in minimum batch size (from 25 kg), color, MFR and availability of special additives.

The stated values are measured using in-house methods close to the corresponding ISO and GOST standards. The information is provided for reference only and does not constitute an official technical data sheet for a batch. Please request the TDS and MSDS for the specific batch before industrial use.

Ultraplen® PP GF30-530 — Glass-Filled Polypropylene, 30% GF
Parameter
Unit
Value
Physical properties:
Delivery form
Pellets
Pellet size
mm
2…6
Density
g/cm³
1.13 (ISO 1183-1)
Glass fiber content
%
30 (ISO 3451-1)
Rheological properties:
Melt flow rate (MFR, 230 °C / 2.16 kg)
g/10 min
10 (ISO 1133-1)
Mold shrinkage (parallel to flow)
%
0.4* (ISO 294-4)
Mold shrinkage (transverse to flow)
%
0.9* (ISO 294-4)
Processing stability
class
10
Mechanical properties:
Tensile strength (conditioned)
MPa
85* (ISO 527-2)
Tensile strength (dry)
MPa
90* (ISO 527-2)
Tensile strength (after 10-year aging)
MPa
70* (ISO 527-2)
Charpy impact strength (unnotched, 23 °C)
kJ/m²
30 (ISO 179-1/1eU)
Charpy impact strength (unnotched, −30 °C)
kJ/m²
20 (ISO 179-1/1eU)
Unnotched impact strength at maximum moisture absorption, +23 °C
kJ/m²
30
Impact strength, 10-year artificial aging, at +23 °C
kJ/m²
25
Charpy notched impact strength at +23 °C
kJ/m²
10 (ISO 179-1/1eA)
Charpy notched impact strength at -30 °C
kJ/m²
7 (ISO 179-1/1eA)
Ball indentation hardness, conditioned specimen
MPa
160 (ISO 2039-1)
Ball indentation hardness, dry specimen
MPa
180 (ISO 2039-1)
Flexural stress
MPa
150 (ISO 178)
Tensile elongation
%
5 (ISO 527-1/-2)
Compressive modulus, conditioned specimen
GPa
6
Compressive modulus, dry specimen
GPa
6
Flexural modulus, conditioned specimen
GPa
5 (ISO 178)
Flexural modulus, dry specimen
GPa
5 (ISO 178)
Thermal properties:
Melting temperature
°C
150 (ISO 11357-3)
Heat deflection temperature (HDT, 1.8 MPa)
°C
125 (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 continuous service temperature
°C
100
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
V
600 (IEC 60112)
*
Typical data for this polymer class, for reference.
The stated values are measured by internal test methods close to the corresponding ISO and GOST standards. The information is for reference only; we recommend using the technical data after agreement with the supplier and signing of a normative technical specification.