Vydyne R543H NT is general-purpose, 43% glass-fiber reinforced PA66 resin. Available in natural, it is an injection-molding grade resin that is lubricated for machine feed, flow and mold release.
Glass-reinforced Vydyne resins provide a higher heat distortion temperature, better resistance to creep, higher impact and better dimensional stability when compared with unreinforced PA66. These products have good chemical resistance to a broad range of chemicals, including many aliphatic and aromatic hydrocarbons found in most solvents, gasoline, hydraulic fluids, greases and machine oils.
Vydyne R543H NT resin has tensile strength and modulus properties just below aluminum and zinc and can replace these metals in numerous applications due to an excellent balance of properties. Reduction in production costs, energy consumption and part weight are key advantages of Vydyne glass-reinforced PA66 resins over aluminum and/ or zinc die-cast parts.
Vydyne R543H NT is formulated to minimize the oxidative and thermal degradation of the PA66 polymer when exposed to elevated temperatures for extended periods of time. Vydyne R543H NT provides improved retention of physical properties under exposure to long-term heat. The continuous operating use temperature is 275°F, with short-term peak temperatures as high as 475°F.
| Original Document | Technical Datasheet(English) | |||
| Features | High StrengthHigh Stiffness/RigidityHigh ImpactHeat StabilizedDimensional StabilityCreep ResistantMold ReleaseChemical ResistanceFuels ResistantOil ResistantAnti-SolventHigh FlowFilled & Reinforced | |||
| Additive | Heat StabilizerLubricant | |||
| Appearance | Pellets/GranulesNatural Color | |||
| Processing | Injection | |||
| Compliance | EC 2023/2006EU 2011/10/ECFDA | |||
| Reinforced | 43% Glass Fiber | |||
| Physical | Value/Unit(Sign in to View) | Test Standard | Test Condition |
|---|---|---|---|
Density/Specific Gravity | *** g/cm³ | ISO 1183 | Dry |
Mold Shrinkage | |||
Flow | *** % | ISO 294-4 | 23°C, 2.00 mm |
Across Flow | *** % | ISO 294-4 | 23°C, 2.00 mm |
Water Absorption | *** % | ISO 62 | 24 hr, 23°C |
Water Absorption | *** % | ISO 62 | Equilibrium, 23°C, 50% RH |
| Mechanical | Value/Unit(Sign in to View) | Test Standard | Test Condition |
Tensile Modulus | *** Mpa | ISO 527-2 | Conditioned, 23°C |
Tensile Modulus | *** Mpa | ISO 527-2 | Dry, 23°C |
Tensile Strength | |||
Break | *** Mpa | ISO 527-2 | Conditioned, 23°C |
Break | *** Mpa | ISO 527-2 | Dry, 23°C |
Tensile Elongation | |||
Break | *** % | ISO 527-2 | Conditioned, 23°C |
Break | *** % | ISO 527-2 | Dry, 23°C |
Flexural Modulus | *** Mpa | ISO 178 | Conditioned, 23°C |
Flexural Modulus | *** Mpa | ISO 178 | Dry, 23°C |
Flexural Strength | |||
- | *** Mpa | ISO 178 | Conditioned, 23°C |
- | *** Mpa | ISO 178 | Dry, 23°C |
Poisson Ratio | *** - | ISO 527-2 | Dry |
| Impact | Value/Unit(Sign in to View) | Test Standard | Test Condition |
Charpy Notched Impact Strengh | |||
-30℃ (-22℉) | *** kJ/m² | ISO 179 | Conditioned |
-30℃ (-22℉) | *** kJ/m² | ISO 179 | Dry |
23℃ (73℉) | *** kJ/m² | ISO 179 | Conditioned |
23℃ (73℉) | *** kJ/m² | ISO 179 | Dry |
Charpy Unnotched Impact Strengh | |||
-30℃ (-22℉) | *** kJ/m² | ISO 179 | Conditioned |
-30℃ (-22℉) | *** kJ/m² | ISO 179 | Dry |
23℃ (73℉) | *** kJ/m² | ISO 179 | Conditioned |
23℃ (73℉) | *** kJ/m² | ISO 179 | Dry |
Izod Notched Impact Strengh | |||
-30℃ (-22℉) | *** kJ/m² | ISO 180 | Conditioned |
-30℃ (-22℉) | *** kJ/m² | ISO 180 | Dry |
23℃ (73℉) | *** kJ/m² | ISO 180 | Conditioned |
23℃ (73℉) | *** kJ/m² | ISO 180 | Dry |
| Thermal | Value/Unit(Sign in to View) | Test Standard | Test Condition |
Heat Deflection Temperature(HDT) | |||
0.45 Mpa (66 psi)(4.6kg/cm²) | *** °C | ISO 75-2/B | Dry, Unannealed |
1.8 Mpa (264 psi)(18.6kg/cm²) | *** °C | ISO 75-2/A | Dry, Unannealed |
Relative Temperature Index(RTI), Imp | |||
0.75/0.8mm | *** °C | UL 746 | Dry |
1.5/1.6 mm | *** °C | UL 746 | Dry |
3.0/3.2 mm | *** °C | UL 746 | Dry |
Relative Temperature Index(RTI), Elec | |||
0.75/0.8mm | *** °C | UL 746 | Dry |
1.5/1.6 mm | *** °C | UL 746 | Dry |
3.0/3.2 mm | *** °C | UL 746 | Dry |
Relative Temperature Index(RTI), Str | |||
0.75/0.8mm | *** °C | UL 746 | Dry |
1.5/1.6 mm | *** °C | UL 746 | Dry |
3.0/3.2 mm | *** °C | UL 746 | Dry |
Coefficient of Linear Thermal Expansion | |||
Flow | *** E-6 cm/cm/℃ | ISO 11359-2 | Dry, 23 to 55°C, 2.00 mm |
Across Flow | *** E-6 cm/cm/℃ | ISO 11359-2 | Dry, 23 to 55°C, 2.00 mm |
Melt Temperature(Tm) | *** °C | ISO 11357-3 | Dry |
| Flammability | Value/Unit(Sign in to View) | Test Standard | Test Condition |
Flame Rating | |||
HB | *** mm | UL94 | Dry |
HB | *** mm | UL94 | Dry |
HB | *** mm | UL94 | Dry |
Oxygen Index | *** % | ISO 4589 | Dry |
Glow Wire Flammability Index(GWFI) | |||
0.75mm | *** °C | IEC 60695-2-12 | Dry |
1.5mm | *** °C | IEC 60695-2-12 | Dry |
3mm | *** °C | IEC 60695-2-12 | Dry |
Glow Wire Ignition Test(GWIT) | |||
0.75mm | *** °C | IEC 60695-2-13 | Dry |
1.5mm | *** °C | IEC 60695-2-13 | Dry |
3.0mm | *** °C | IEC 60695-2-13 | Dry |
FMVSS | *** pass | FMVSS 302 | Dry |
| Electrical | Value/Unit(Sign in to View) | Test Standard | Test Condition |
Volume Resistivity | *** Ohm-cm | IEC 60093 | Dry, 3.00 mm |
Comparative Tracking Index (CTI) | |||
- | ***~*** V | IEC 60112 | Dry, 3.00 mm |
Dielectric Strength | *** kV/mm | IEC 60243 | Dry, 1.00 mm |
Arc Resistance | *** PLC | ASTM D495 | Dry, 3.00 mm |
High Voltage Arc Tracking Rate(HVTR) | *** PLC | UL 746 | Dry |
Hot Wire Ignition(HWI) | *** PLC | UL 746 | Dry, 0.75 mm |
Hot Wire Ignition(HWI) | *** PLC | UL 746 | Dry, 1.50 mm |
Hot Wire Ignition(HWI) | *** PLC | UL 746 | Dry, 3.00 mm |
High Ampere Arc Ignition(HAI) | PLC | UL 746 | Dry, 0.75 mm |
High Ampere Arc Ignition(HAI) | PLC | UL 746 | Dry, 1.50 mm |
High Ampere Arc Ignition(HAI) | PLC | UL 746 | Dry, 3.00 mm |
The information presented on this datasheet was acquired by AjiEng.com from the producer of the material. AjiEng.com makes substantial efforts to assure the accuracy of this data. However, AjiEng.com assumes no responsibility for the data values and strongly encourages that upon final material selection, data points are validated with the material supplier.