Good Quality Polycarbonate Antistatic Hydraulic Aging Surface Resistivity Impact Strength

Polycarbonate (PC) is a versatile and widely used thermoplastic material known for its excellent mechanical properties and high impact strength. It is highly transparent and has a high heat resistance, making it suitable for various applications in industries such as automotive, aerospace, electronics, and construction.

One of the notable properties of PC is its antistatic nature. This means that it does not easily accumulate static charges, making it ideal for applications where static electricity can pose a risk, such as in manufacturing processes or electronic components.

Another important characteristic of PC is its resistance to hydraulic aging. Hydraulic aging refers to the degradation of a material when exposed to hydraulic fluids over extended periods of time. PC exhibits excellent resistance to this aging process, allowing it to maintain its properties and performance even in environments where contact with hydraulic fluids is common.

In addition, PC has good surface resistivity, meaning it has the ability to prevent the flow of electric current on its surface. This property makes it useful for applications involving electrical equipment or devices, as it helps to prevent the buildup of static charges and potential electrical hazards.

Furthermore, PC is known for its exceptional impact strength. It has the ability to withstand high impact loads without breaking or shattering, making it a popular choice for applications that require durability and toughness, such as safety glasses, bulletproof windows, and protective shieldings.

Overall, Polycarbonate (PC) is a highly desirable material due to its combination of antistatic properties, resistance to hydraulic aging, good surface resistivity, and excellent impact strength. Its versatility and reliability make it a preferred choice for a wide range of applications in various industries.

General

Form

 Resin Pellets

 Easy Release

 Ductile

 Anti-Static

 Good Thermal                  Excellent Processability    High Impact

 Hydrolysis Resistance      Outdoor                            Amorphous

Low Temperature Impact   Good Surface Appearance Thin Wall

 Enhanced Ductility           Custom Color                    Colorable

 Good Dielectric Properties Color Consistency

 Automotive

 Electrical

 Consumer                        Industria

 Hydrocarbon and Energy

Physical

Nominal Value

Test Method

Density / Specific Gravity

1.16 g/cm³ 1.16

ISO 1183

ASTM D792

Moisture Absorption

ISO 62-4

23 °C;50% RH/24hrs

0.15 %

23 °C;50% RH/Equilibrium

0.3 %

Water Absorption

24 hrs;23 °C

23 °C;saturated

24 hrs;23 °C

23°C/Saturated

0.7 %

3.5 %

0.7 %

3.5 %

ISO 62-1     ISO 62-1     ASTM D570

ASTM D570

Melt Volume Rate, MVR

ISO 1133

2.16 kg;MVR at 250 °C

5 cm³/10 min

5 kg;MVR at 250 °C

15 cm³/10 min

5 kg;MVR at 260 °C

23 cm³/10 min

Melt Flow Rate[MFR](250 °C;5 kgf)                                    15 g/10min                                           ASTM D1238

Izod Impact, Notched

80*10*4;23 °C

80*10*4;-30 °C

23 °C

-30 °C

60 kJ/m²

60 kJ/m²

850 J/m

750 J/m

ISO 180/1A

ISO 180/1A

ASTM D256

ASTM D256

Notched Izod Impact Strength

notched;80*10*3;23 °C 0

notched;80*10*3;-30 °C 0

65 kJ/m²

65 kJ/m²

ISO 180/1A

Unnotched Izod Impact Strength

unnotched;80*10*3;23 °C 0

unnotched;80*10*3;-30 °C 0

NB kJ/m²

NB kJ/m²

ISO 180/1U

Izod Impact, Unnotched

80*10*4;23 °C

80*10*4;-30 °C

23 °C

-30 °C

NB kJ/m²

NB kJ/m²

NB J/m

NB J/m

ISO 180/1U

ISO 180/1U

ASTM D4812

ASTM D4812

Charpy Impact, V-Notched

23 °C;Edgew;80*10*4;sp=62 mm 0

-30 °C;Edgew;80*10*4;sp=62 mm 0

60 kJ/m²

60 kJ/m²

ISO 179 1eA

Charpy Impact, Unnotched

23 °C;Edgew;80*10*4;sp=62 mm 0

-30 °C;Edgew;80*10*4;sp=62 mm 0

NB kJ/m²

NB kJ/m²

ISO 179 1eU

Multi-Axial Instrumented Impact, Total Energy

23 °C

-30 °C

65 J

65 J

ISO 6603-2

Multi-Axial Instrumented Impact, Peak Energy

23 °C

-30 °C

55 J

55 J

ISO 6603-2

Instrumented Dart Impact, Total Energy

23 °C

-30 °C

40 J

40 J

ASTM D3763

Instrumented Dart Impact, Peak force

23 °C

-30 °C

4000 N

4800 N

ASTM D3763

Tensile Modulus

1 mm/min

50 mm/min

1750 MPa

1750 MPa

ISO 527

ASTM D638

Tensile Stress, Yield

50 mm/min

50 mm/min;Type I

45 MPa

45 MPa

ISO 527

ASTM D638

Tensile Strain, Yield

50 mm/min

50 mm/min;Type I

5.5 %

5.5 %

ISO 527

ASTM D638

Tensile Strain, Break

50 mm/min

50 mm/min;Type I

> 60 %

> 60 %

ISO 527

ASTM D638

Tensile Nominal Strain, Break

50 mm/min

50 mm/min;Type I

> 60 %

> 60 %

ISO 527

ASTM D638

Flexural Modulus

2 mm/min

1.3 mm/min;50 mm;span

1825 MPa

1900 MPa

ISO 178

ASTM D790

Flexural Strength

2 mm/min

1.3 mm/min;50 mm;span

70 MPa

70 MPa

ISO 178

ASTM D790

Ball Indentation Hardness(H358/30)

78 MPa

ISO 2039-1

HDT/Af(1.8)

105 °C

ISO 75/Af

HDT/Bf(0.45)

123 °C

ISO 75/Bf

Vicat Softening Temperature

Rate B/50

123 °C

ISO 306

Rate B/120

123 °C

ISO 306

Rate A/50

137 °C

ISO 306

Rate A/120

138 °C

ISO 306

Rate B/50

123 °C

ASTM D1525

Rate B/120

123 °C

ASTM D1525

CTE, Flow

23°C to 50°C

23°C to 50°C

8.5E-05 1/°C

8.5E-05 1/°C

ISO 11359-2

ASTM E831

CTE, XFlow

23°C to 50°C

23°C to 50°C

1.1E-04 1/°C

1.1E-04 1/°C

ISO 11359-2

ASTM E831

Heat Deflection Temperature[HDT], Unannealed 3.2 mm;1.82 MPa

0.45 MPa;3.2 mm

105 °C

123 °C

ASTM D648

Ball Pressure Test(125°C +/- 2°C)

Pass

IEC 60695-10-2

Electrical

Nominal Value

Test Method

Comparative Tracking Index

175 V

IEC 60112

Surface Resistivity, ROA

1.0E+09 - 1.0E+11 ohms

IEC 60093

Static Decay(5000V to <50V)

< 0.01 Seconds

FTMS101B

Dielectric Constant(6.0e+10 - 9.0e+10 Hz)

2.73

Dissipation Factor(6.0e+10 - 9.0e+10 Hz)

0.022