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Vydyne® R530J BK0723

PA66

Ascend

Product Description

R530J BK0723 is a black, 30% glass-filled, high-flow PA66 resin that is heat-stabilized with an electrically neutral heat stabilizer. It is specially designed for electrical applications requiring high dielectric strength, low conductivity and corrosion resistance.

General
Original Document
Technical Datasheet(English)
Features
High Strength
Heat Stabilized
Good Coloring
Laser Markable
Mold Release
Chemical Resistance
High Flow
Filled & Reinforced
Additive
Heat Stabilizer
Appearance
Pellets/Granules
Black
Processing
Injection
Reinforced
30% Glass Fiber
Specifications
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

Burning Rate

mm/min ISO 3795
Dry, 2.00 mm, Self-Extinguishing
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.