UV Stabilized PC Easy Release Injection Molding Available in Clear Tints Only; Safety Glasses

• Feature: Polycarbonate
• CAS No.: 25766-59-0
• Formula: C6h4c(CH3)2c6h4oco2-]N
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: PC-LQ2647a
• EINECS: 618-371-8
• Material: Polycarbonates/PC
• Usage: General Plastics, Engineering Plastics, Specialty Plastics
• Plastic Properties After Heated: Thermoplastic Plastics
• Plastic Forming Method: Injection
• Place of Origin: Guangdong, China
• Use: Radiator Front Cover.Automotive Parts
• Features: Lubricated, Good Wear Resistance, Low Friction and
• Application: Zippers Irish Flutes, Bagpipes, Practice Chanters
• Form: Resin Pellets
• Delivery Time: in 7 Days
• Applications: Appliance Handles, Spotlights, Electric Motors.
• Glass Fiber: 0%
• Transport Package: Bag
• Specification: 25KG
• Trademark: Forever
• Origin: China
• HS Code: 390740000
• Production Capacity: 50000t/Year
• Package Size: 75.00cm * 55.00cm * 15.00cm
• Package Gross Weight: 25.010kg

Product Description

UV stabilized PC easy release injection molding available in clear tints only; safety glasses
  
  

Product Description

MVR (300°C/1.2 kg) 12 cm³/10 min; optical lens; medium viscosity; UV stabilized; easy release; injection molding - melt temperature 280 - 320°C; available in clear tints only; safety glasses

General

Form

Resin Pellets

Feature

Outdoor

Easy Release

Clean/High Purity

Good Thermal

Good Dimensional

High Impact

UL Yellow Card

E41613-233138

Uses                                         Lenses                                Optical Applications          Safety Equipment

Physical

Nominal Value

Test Method

Density / Specific Gravity(23 °C)

1.20 g/cm³

ISO 1183

Apparent Bulk Density, Pellets

0.66 g/cm³

ISO 60

Melt Mass-Flow Rate, MFR(300 °C;1.2 kg)

13 g/10min

ISO 1133

Melt Volume-Flow Rate, MVR(300 °C;1.2 kg)

12 cm³/10 min

ISO 1133

Molding Shrinkage, Across Flow

0.60 - 0.80 %

ISO 2577

2 mm;500 bar;60x60x2mm;280 °C

0.75 %

ISO 294-4

Molding Shrinkage, Flow

0.60 - 0.80 %

ISO 2577

2 mm;500 bar;60x60x2mm

0.70 %

ISO 294-4

Water Absorption, Saturation(23 °C)

0.30 %

ISO 62

Water Absorption, Equilibrium(50% RH;23 °C)

0.12 %

ISO 62

Ball Indentation Hardness

116 MPa

ISO 2039-1

Water Vapor Transmission Rate(85% RH;100 µm;23 °C)

15 g/m²/24hr

ISO 15106-1

Carbon Dioxide Permeability(25.4 µm;23 °C)

16900 cm³/m²/bar/24hr

ISO 2556

Mechanical

Nominal Value

Test Method

Tensile Modulus(23 °C)

2400 MPa

ISO 527-2/1

Tensile Stress, Yield(23 °C)

67.0 MPa

ISO 527-2/50

Tensile Stress, Break(23 °C)

70.0 MPa

ISO 527-2/50

Tensile Strain, Yield(23 °C)

6.1 %

ISO 527-2/50

Tensile Strain, Break(23 °C)

130 %

ISO 527-2/50

Nominal Tensile Strain at Break(23 °C)

> 50 %

ISO 527-2/50

Tensile creep modulus 1 hr 1.0e+3 hr

2200 MPa 1900 MPa

ISO 899-1

Flexural Modulus(2 mm/min;23 °C)                                    2400 MPa

ISO 178

Flexural Stress 2 mm/min;23 °C 2 mm/min;3.5% Strain;23 °C

98.0 MPa 74.0 MPa

ISO 178

Flexural Strain at Flexural Strength(2 mm/min;23 °C)        7.0 %

ISO 178

Gas Permeation, Carbon Dioxide(100 µm)                         3800 cm³/m²/bar/24hr

ISO 2556

Gas Permeation, Nitrogen 25.4 µm 100 µm

510 cm³/m²/bar/24hr 120 cm³/m²/bar/24hr

ISO 2556

Gas Permeation, Oxygen 25.4 µm 100 µm

2760 cm³/m²/bar/24hr 670 cm³/m²/bar/24hr

ISO 2556

C harpy Notched Impact Strength, Complete Break(-30 °C;3 mm)

14 kJ/m²

ISO 179 1eA

C harpy Notched Impact Strength, Partial Break(23 °C;3 mm)

70 kJ/m²

ISO 179 1eA

C harpy Unnotched Impact Strength -60 °C -30 °C 23 °C

No Break No Break No Break

ISO 179 1eU

Notched Izod Impact Strength, Complete Break(-30 °C;3 15 kJ/m² mm)

ISO 180/1A

Notched Izod Impact Strength, Partial Break(23 °C;3 mm)70 kJ/m²

ISO 180/1A

Multi-Axial Instrumented Impact Energy -30 °C 23 °C

65.0 J 60.0 J

ISO 6603-2

Multi-Axial Instrumented Impact, Peak Force -30 °C 23 °C

6300 N 5400 N

ISO 6603-2

Thermal

Nominal Value

Test Method

Heat Deflection Temperature, Unannealed 0.45 MPa 1.8 MPa

135 °C 123 °C

ISO 75-2/B ISO 75-2/A

Glass Transition Temperature(10 °C;min)

144 °C

ISO 11357-2

Vicat Softening Temperature

143 °C 144 °C

ISO 306/B50   ISO 306/B120

Ball Pressure Test(135 °C)

Pass

IEC 60695-10-2

CLTE, Flow(23 - 55 °C)

6.5E-5 cm/cm/°C

ISO 11359-2

CLTE, Transverse(23 - 55 °C)

6.5E-5 cm/cm/°C

ISO 11359-2

Thermal Conductivity, Across Flow(23 °C)

0.20 W/m-K

ISO 8302

RTI Elec(1.5 mm)

125 °C

UL 746

RTI Imp(1.5 mm)

115 °C

UL 746

RTI Str(1.5 mm)

125 °C

UL 746

Flame Rating 2.5 mm 0.75 mm

HB V-2

UL 94

Oxygen Index, Procedure A

28 %

ISO 4589-2

Flash Ignition Temperature

480 °C

ASTM D1929

Self Ignition Temperature

550 °C

ASTM D1929

Electrical

Nominal Value

Test Method

Surface Resistivity

1.0E+16 ohms

IEC 60093

Volume Resistivity(23 °C)

1.0E+16 ohms ·cm

IEC 60093

Electric Strength(23 °C;1 mm)

34 kV/mm

IEC 60243-1

Relative Permittivity 100 Hz;23 °C 23 °C;1.0e+6 Hz

3.10 3.00

IEC 60250

Dissipation Factor 100 Hz;23 °C 23 °C;1.0e+6 Hz

5.0E-4 9.0E-3

IEC 60250

Comparative Tracking Index, Solution A

250 V

IEC 60112

Comparative Tracking Index, Solution B

125 V

IEC 60112

Optical

Nominal Value

Test Method

Refractive Index, Method A

1.586

ISO 489

Transmittance

89.0 % 89.0 % 88.0 % > 87.0 %

ISO 13468-2

1.0e+3 2.0e+3 3.0e+3 4.0e+3

µm µm µm µm

Haze(3.0e+3 µm)

< 0.500 %

ISO 14782

Abbe Number

30.0

Chemical

Nominal Value

Test Method

Electrolytical Corrosion(23 °C)

A1

IEC 60426

Processing

Nominal Value

Drying Temperature - Dry Air Dryer<Injection>

120 °C

Drying Time - Dry Air Dryer<Injection>

4.0 hr

Suggested Max Moisture<Injection>

< 0.020 %

Suggested Shot Size<Injection>

30 - 70 %

Rear Temperature<Injection>

250 - 270 °C

Middle Temperature<injection>

270 - 290 °C

Front Temperature<Injection>

285 - 305 °C

Nozzle Temperature<Injection>

270 - 305 °C

Processing Temp, Melt<Injection>

280 - 320 °C

Mold Temperature<Injection>

70 - 110 °C

Back Pressure<Injection>

10.0 - 20.0 MPa

Vent Depth <Injection>

0.025 - 0.075 mm

Standard Melt Temperature<Injection>

300 °C

Peripheral Screw Speed <Injection>

0.05 - 0.2 m/s

Hold Pressure<Injection>

50 - 75 %

Company Profile

Product Parameters

Our Customers

Our Certificates

 

Our Production

Our Package/Shipping

Our Advantages

 

Our Samples

 

Dongguan FOREVER Co., Ltd. Was founded in 2005 and is a national high-tech enterprise and national-level specialized giant enterprise dedicated to the research and production of polymer composite modified materials. With an annual capacity of 100, 000 tons of modified engineering plastics. Since its establishment, the company has been committed to the research of high-performance composite materials such as modified PC, PC/ABS, PBT, PA6, etc. Its products have been widely used in industries such as LED lighting, consumer electronics, new energy, security equipment, and small household appliances, providing customers with efficient delivery experience, ultimate price advantages, and strict quality assurance, contributing to the creation of a green and environmentally friendly world.

Dongguan FOREVER Co., Ltd's main products has obtained UL certification for RTI authorized temperature, outdoor weather resistance F1 and 5VA flame retardancy grades, as well as recycled-certified post-consumer low-carbon circulation products. Dongguan FOREVER Co., Ltd's products are highly recognized by customers worldwide for their reliable quality, excellent performance, and superior cost-effectiveness.

With a strong focus on research and development, Dongguan FOREVER Co., Ltd. Has established an advanced technology research and development center, equipped with state-of-the-art testing and analysis equipment and a professional R&D team that has accumulated rich experience in the field of polymer composite modified materials. Dongguan FOREVER Co., Ltd also maintains close partnerships with renowned universities and research institutions to stay at the forefront of technology and drive innovation in the industry