| Product Description | ||
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Makrolon®
9415 |
MVR (300 °C/1.2 kg) 6.0 cm³/10 min; 10 % glass fiber reinforced; chlorine- and bromine-free flame retardancy; UL 94V-0/1.5 mm and 5VA/3.0 mm; high viscosity; easy release; injection molding - melt temperature 310 - 330 °C; available in opaque colors only
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Makrolon®
9415 |
MVR (300 °C/1.2 kg) 6.0 cm³/10 min; 10 % Glass fiber reinforced; Chlorine- and bromine-free flame retardancy; UL 94V-0/1.5 mm and 5VA/3.0 mm; High viscosity; Easy release; Injection molding - Melt temperature 310 - 330 °C; Available in opaque colors only
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| General | Makrolon® 9415 |
Makrolon® 9415 |
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Material Status
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Availability
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Filler / Reinforcement
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Additive
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Features
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Agency Ratings
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--
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RoHS Compliance
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--
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Appearance
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Forms
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--
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Processing Method
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--
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Multi-Point Data
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| Physical | Makrolon® 9415 |
Makrolon® 9415 |
Unit
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Test Method
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Density
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g/cm³
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ISO 1183 |
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Apparent Density
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ISO 60 | |||
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--
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--
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g/cm³
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-- 2
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--
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g/cm³
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Melt Mass-Flow Rate (MFR) (300°C/1.2 kg)
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g/10 min
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ISO 1133 |
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Melt Volume-Flow Rate (MVR) (300°C/1.2 kg)
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in³/10min
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ISO 1133 |
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Molding Shrinkage
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Across Flow
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%
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ISO 2577 |
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Flow
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%
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ISO 2577 |
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Across Flow: 0.0787 in 3
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%
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ISO 294-4 |
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Flow: 0.0787 in 3
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%
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ISO 294-4 |
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Water Absorption
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ISO 62 | |||
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Saturation, 73°F
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%
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Equilibrium, 73°F, 50% RH
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%
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| Mechanical | Makrolon® 9415 |
Makrolon® 9415 |
Unit
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Test Method
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Tensile Modulus (73°F)
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psi
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ISO 527-2/1 |
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Tensile Stress
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ISO 527-2/5 | |||
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Yield, 73°F
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psi
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Break, 73°F
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psi
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Tensile Strain
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ISO 527-2/5 | |||
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Yield, 73°F
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%
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Break, 73°F
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%
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Tensile Creep Modulus
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ISO 899-1 | |||
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1 hr
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psi
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1000 hr
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psi
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Flexural Modulus 4 (73°F)
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psi
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ISO 178 |
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Flexural Strength 4
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ISO 178 | |||
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73°F
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psi
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3.5% Strain, 73°F
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psi
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Flexural Strain at Flexural Strength 5 (73°F)
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%
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ISO 178 |
| Impact | Makrolon® 9415 |
Makrolon® 9415 |
Unit
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Test Method
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Charpy Notched Impact Strength
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ISO 179/1eA | |||
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73°F, Complete Break 6
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--
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ft·lb/in²
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73°F, Complete Break 7
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--
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ft·lb/in²
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Charpy Unnotched Impact Strength
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ISO 179/1eU | |||
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-76°F, Complete Break
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ft·lb/in²
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-22°F, Complete Break
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ft·lb/in²
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73°F, Complete Break
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ft·lb/in²
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Notched Izod Impact Strength
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ISO 180/A | |||
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-22°F, Complete Break
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--
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ft·lb/in²
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-22°F, Complete Break 8
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--
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ft·lb/in²
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73°F, Complete Break 7
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--
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ft·lb/in²
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73°F, Complete Break 6
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--
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ft·lb/in²
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73°F, Complete Break 9
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--
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ft·lb/in²
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Multi-Axial Instrumented Impact Energy
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ISO 6603-2 | |||
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-22°F
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ft·lb
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73°F
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ft·lb
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Multi-Axial Instrumented Impact Peak Force
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ISO 6603-2 | |||
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-22°F
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lbf
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73°F
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lbf
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| Hardness | Makrolon® 9415 |
Makrolon® 9415 |
Unit
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Test Method
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Ball Indentation Hardness
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psi
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ISO 2039-1 |
| Thermal | Makrolon® 9415 |
Makrolon® 9415 |
Unit
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Test Method
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Heat Deflection Temperature
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66 psi, Unannealed
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°F
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ISO 75-2/B |
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264 psi, Unannealed
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°F
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ISO 75-2/A |
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Vicat Softening Temperature
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--
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°F
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ISO 306/B50 |
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--
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°F
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ISO 306/B120 |
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Ball Pressure Test (279°F)
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IEC 60695-10-2 |
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CLTE
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ISO 11359-2 | |||
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Flow: 73 to 131°F
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in/in/°F
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Transverse: 73 to 131°F
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in/in/°F
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Thermal Conductivity (73°F)
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Btu·in/hr/ft²/°F
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ISO 8302 |
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RTI Elec (0.0591 in)
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°F
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UL 746 |
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RTI Imp (0.0591 in)
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°F
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UL 746 |
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RTI Str (0.0591 in)
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°F
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UL 746 |
| Electrical | Makrolon® 9415 |
Makrolon® 9415 |
Unit
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Test Method
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Surface Resistivity
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ohm
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IEC 60093 |
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Volume Resistivity (73°F)
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ohm·cm
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IEC 60093 |
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Electric Strength
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IEC 60243-1 | |||
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0.0394 in
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V/mil
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73°F, 0.0394 in
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--
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V/mil
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Relative Permittivity
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IEC 60250 | |||
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73°F, 100 Hz
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73°F, 1 MHz
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Dissipation Factor
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IEC 60250 | |||
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73°F, 100 Hz
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73°F, 1 MHz
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Comparative Tracking Index
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IEC 60112 | |||
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Solution A
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V
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Solution B
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V
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| Flammability | Makrolon® 9415 |
Makrolon® 9415 |
Unit
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Test Method
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Flame Rating
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UL 94 | |||
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0.0295 in
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0.0591 in
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0.118 in
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Glow Wire Flammability Index
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IEC 60695-2-12 | |||
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0.0295 in
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°F
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0.0591 in
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°F
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0.118 in
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°F
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Glow Wire Ignition Temperature
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IEC 60695-2-13 | |||
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0.0295 in
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°F
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0.0591 in
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°F
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0.118 in
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°F
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Oxygen Index 10
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%
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ISO 4589-2 |
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Application of Flame from Small Burner
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--
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--
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78.7 mil 11
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DIN 53438-1, -3 |
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78.7 mil
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--
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DIN 4102 |
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Burning Rate
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ISO 3795 | |||
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> 39.4 mil 12
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--
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> 39.4 mil
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--
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Flash Ignition Temperature
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°F
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ASTM D1929 |
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Needle Flame Test
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IEC 60695-11-5 | |||
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Method F: 39.4 mil
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--
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min
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Method F: 59.1 mil
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--
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min
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Method F: 78.7 mil
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min
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Method F: 0.12 in
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min
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Method K: 59.1 mil
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min
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Method K: 78.7 mil
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min
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Method K: 0.12 in
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min
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Self Ingnition Temperature
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°F
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ASTM D1929 |
| Additional Information | Makrolon® 9415 |
Makrolon® 9415 |
Unit
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Test Method
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Electrolytical Corrosion
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IEC 60426 |
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ISO Shortname
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--
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ISO 7391 |
| Related Terminology | ||||
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Makrolon®
9415 |
This supplier and product may also be known by these terms: Macrolon, MakralonProduct names can be difficult to match. You may have searched any one of these terms to find this product: Makrolon® 9415, Makrolon 9415, Makrolon® , Makrolon, Makrolon9415, 9415, Polycarbonate, PC, Bayer
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| Features | ||||
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Makrolon®
9415 |
Features may also be described by the following terms: No Chlorine Content, Chlorine Free, Bromine Free, No Bromine Content, High Viscosity, Good Mold Release, Easy Release, Good Demolding.
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Makrolon®
9415 |
Features may also be described by the following terms: High Viscosity, Good Mold Release, Easy Release, Good Demolding, Bromine Free, No Bromine Content, No Chlorine Content, Chlorine Free.
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| Agency Ratings | ||||
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Makrolon®
9415 |
This plastic material has 3 certifications from the following agencies (the number in parentheses shows the number of certifications for that agency): EU (3).
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Makrolon®
9415 |
This supplier and product may also be known by these terms: Macrolon, MakralonProduct names can be difficult to match. You may have searched any one of these terms to find this product: Makrolon® 9415, Makrolon 9415, Makrolon® , Makrolon, Makrolon9415, 9415, Polycarbonate, PC, Bayer Euro
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| Injection | Makrolon® 9415 |
Makrolon® 9415 |
Unit
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Processing (Melt) Temp
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°F
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| Notes |
| 1Typical properties: these are not to be construed as specifications. |
| 2Pellets |
| 360x60x2 mm, 500 bar |
| 40.079 in/min |
| 52 mm/min |
| 63mm |
| 73 mm |
| 83.2mm |
| 93.2 mm |
| 10Procedure A |
| 11Method K and F |
| 12US-FMVSS |
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UL and the UL logo are trademarks of UL LLC © 2013. All Rights Reserved.
The information presented on this datasheet was acquired by UL IDES from the producer of the material. UL IDES makes substantial efforts to assure the accuracy of this data. However, UL IDES assumes no responsibility for the data values and strongly encourages that upon final material selection, data points are validated with the material supplier. |