Family: LARTON
Base resin:Polyphenylene Sulphide (PPS)
General information
Compound based on Polyphenylene Sulphide (PPS). Carbon fibres. Intrinsically flame retardant. High tensile modulus. PFAS-free product.
The products mentioned herein are not suitable for applications in contact with foodstuffs or for potable water transportation, or for toy manufacturing.
The products mentioned herein are not suitable for applications in the pharmaceutical, medical or dental sector.
Features
- - Intrinsically flame retardant
Project challenges
- - High temperature usage
- - Flame retardancy halogen free
- - Chemical stability
- - Wear and friction
Additives
- - Carbon fibres
Process types
- - Injection moulding
Download documents
Technical datasheets
- IT
- UK
- US
- DE
- FR
- ES
- PT
Technical characteristics
| Physical properties | Standard | Value | Measure Units |
|---|---|---|---|
| Density | ISO 1183 | 1.5 | g/cm³ |
| Linear shrinkage at moulding | |||
| Longitudinal (2.0mm/60MPa) | ISO 294-4 | 0.05 ÷ 0.15 | % |
| Transversal (2.0mm/60MPa) | ISO 294-4 | 0.35 ÷ 0.55 | % |
| Dimensional stability | --- | 65 | |
| Moisture absorption | |||
| Saturation, in air | ISO 62-4 | 0.02 | % |
| Mechanical properties | Standard | Value | Measure Units |
| CHARPY impact strength | |||
| Unnotched, at +73°F | ISO 179-1eU | 4.7 | ft.lb/in² |
| Notched, at +73°F | ISO 179-1eA | 1.6 | ft.lb/in² |
| Tensile elongation | |||
| At break (5 mm/min), 73°F | ISO 527 | 0.5 | % |
| At break (5 mm/min), 140°F | ISO 527 | 0.5 | % |
| At break (5 mm/min), 195°F | ISO 527 | 1 | % |
| At break (5 mm/min), 250°F | ISO 527 | 1 | % |
| At break (5 mm/min), 300°F | ISO 527 | 1 | % |
| Tensile strength | |||
| At break (5 mm/min), 73°F | ISO 527 | 25500 | psi |
| At break (5 mm/min), 140°F | ISO 527 | 18000 | psi |
| At break (5 mm/min), 195°F | ISO 527 | 16500 | psi |
| At break (5 mm/min), 250°F | ISO 527 | 10500 | psi |
| At break (5 mm/min), 300°F | ISO 527 | 9000 | psi |
| Elastic modulus | |||
| Tensile (1 mm/min), 73°F | ISO 527 | 5100 | kpsi |
| Tensile (1 mm/min), 140°F | ISO 527 | 4200 | kpsi |
| Tensile (1 mm/min), 195°F | ISO 527 | 2400 | kpsi |
| Tensile (1 mm/min), 250°F | ISO 527 | 1800 | kpsi |
| Tensile (1 mm/min), 300°F | ISO 527 | 1395 | kpsi |
| Thermal properties | Standard | Value | Measure Units |
| Coefficient of linear thermal expansion (CLTE) | |||
| +30°C to +100°C (longitudinal) | ISO 11359 | 2 | × 10ˉ⁶ Kˉ¹ |
| +30°C a +100°C (transversal) | ISO 11359 | 20 | × 10ˉ⁶ Kˉ¹ |
| VICAT - Softening point | |||
| 50N (heating rate 120°C/h) | ISO 306 | 491 | °F |
| HDT - Heat Deflection Temperature | |||
| 0.45 MPa | ISO 75 | 536 | °F |
| 1.81 MPa | ISO 75 | 518 | °F |
| Thermal conductivity | |||
| in plane | ASTM E 1461-92 | 5.2 | W/mK |
| through plane | ASTM E 1461-92 | 2.4 | W/mK |
| Flammability | Standard | Value | Measure Units |
| Flammability rating | |||
| 3 mm thickness | UL 94 | V-0 | |
| 1.5 mm thickness | UL 94 | V-0 | |
| 0.75 mm thickness | UL 94 | V-0 | |
| GWFI - Glow Wire Flammability Index | |||
| 2 mm thickness | IEC 60695-2-12 | 960 | °C |
| 1 mm thickness | IEC 60695-2-12 | 960 | °C |
| GWIT - Glow Wire Ignition Test | |||
| 2 mm thickness | IEC 60695-2-13 | 775 | °C |
| 1 mm thickness | IEC 60695-2-13 | 775 | °C |
| Electrical properties | Standard | Value | Measure Units |
| CTI - Comparative Tracking Index - solution A (without surfactant) | IEC 60112 | 125 | V |
| Electrical resistivity | |||
| Surface, dry | ASTM D 257 / D 4496 | 5E1 | ohm |
| 1.5 mm thickness | UL 94 | 1E2 | |
| Dielectric strength (short period) | |||
| 2 mm thickness, 23°C, dry | ASTM D 149 | 51 | V/mil |
| Melt Temperature | Standard | Value | Measure Units |
| Suggested melt temperature | --- | 555 ÷ 625 | °F |
| Mould Temperature | Standard | Value | Measure Units |
| Suggested mould temperature | --- | 275 ÷ 300 | °F |
Drying conditions (hot air dessiccator)
Predrying needed. At least 2 hours at 250 ÷ 300°F
Injection speed
Injection speed: medium to high. Setting an injection profile should improve moulding.
Hot runners
Usage of hot runner: possible