Properties of SD POLYCA™

Properties

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Fabrication processing condition

Grade Drying
Condition
Standard Processing
Temperature (°C)
Mold
Temperature (°C)
301-4 125°C、 4~6Hr 315-340 70-100
301-6 125°C、 4~6Hr 300-325 70-100
301-10 125°C、 4~6Hr 290-315 70-100
301-15 125°C、 4~6Hr 280-300 70-100
301-22 125°C、 4~6Hr 265-280 70-100
301-30 125°C、 4~6Hr 250-260 70-100
301-40 125°C、 4~6Hr 250-260 70-100
SD2201W 120°C、 4~6Hr 280-300 70-100
775-20 125°C、 4~6Hr 270-290 70-100
776-20 125°C、 4~6Hr 270-290 70-100
875-20 125°C、 4~6Hr 270-290 70-100
876-20 125°C、 4~6Hr 270-290 70-100
877-20 125°C、 4~6Hr 270-290 70-100
878-20 125°C、 4~6Hr 270-290 70-100
875G10 125°C、 4~6Hr 280-300 80-110
875G20 125°C、 4~6Hr 280-300 80-110
875G20F 125°C、 4~6Hr 280-300 80-110
SI 6001W 115°C、 4~6Hr 265-280 70-100
LR 8031V 125°C、 4~6Hr 265-280 70-100
LR 8061V-F10 125°C、 4~6Hr 265-280 80-110
LR 8081W 125°C、 4~6Hr 265-280 70-90
ST 5101V 125°C、 4~6Hr 280-300 80-110
ST 5201V 125°C、 4~6Hr 280-300 80-110
ST 5301V 125°C、 4~6Hr 280-300 80-110
ST 5031V-G10 125°C、 4~6Hr 280-300 80-110
IM 5101V 120°C、 4~6Hr 280-300 80-110
CF 5101V 125°C、 4~6Hr 280-300 80-110
CF 5201V 125°C、 4~6Hr 280-300 80-110
CF 5301V 125°C、 4~6Hr 280-300 80-110
CS 5005 125°C、 4~6Hr 265-280 70-100
CS 5010 125°C、 4~6Hr 265-280 70-100
CS 5015 125°C、 4~6Hr 265-280 70-100
IM-401-10 120°C、 4~6Hr 280-300 70-100
IM-401-18 120°C、 4~6Hr 260-280 70-100
IM-401-28 120°C、 4~6Hr 250-260 70-100
IM 6110 110°C、 4~6Hr 250-270 50-80
IM 6011 100°C、 4~6Hr 240-260 50-80
IM 6120 115°C、 4~6Hr 260-280 50-80
IM 6023 100°C、 4~6Hr 240-260 50-80
PCX-3655 115°C、 4~6Hr 270-290 60-80
PCX-10325B 120°C、 4~6Hr 260-280 70-110
CR 3241 120°C、 4~6Hr 270-290 70-100
CR 3241-10G 120°C、 4~6Hr 280-300 80-110
CR 3441 115°C、 4~6Hr 260-280 70-100
CR 3441-10G 115°C、 4~6Hr 260-280 80-110
CR 3420T 120°C、 4~6Hr 260-280 70-100
CR 3341T 120°C、 4~6Hr 260-280 70-100

Moisture absorption curve

Moisture absorption curve

Drying Curve

Forced convection oven dryer

Initial water content: 0.18%

Forced convection oven dryer

Spiral flow

SD POLYCA™

Injection machine/ JSW J100SAII

Injection machine/ JSW J100SAII

Mold / 10mm x 1mmt Spiral mold

Molding condition /

Injection pressure: 157MPa (1600Kg/cm^2)

Injection speed: 50%

Mold temperature: 80°C

Injection machine/ JSW J100SAII

Injection machine/ JSW J100SAII

Mold / 10mm x 2mmt Spiral mold

Molding condition

Injection pressure: 157MPa (1600Kg/cm^2)

Injection speed: 50%

Mold temperature: 80°C

Injection machine/ JSW J100SAII

Injection machine/ JSW J100SAII

Mold / 10mm x 3mmt Spiral mold

Molding condition

Injection pressure: 157MPa (1600Kg/cm^2)

Injection speed: 50%

Mold temperature: 80°C

Injection machine / Toshiba Machine IS-90B

Injection machine / Toshiba Machine IS-90B

Mold / 10mm x 3mmt Spiral mold

Molding condition /

Injection pressure: 78MPa (800Kg/cm^2)

Injection speed: 20%

Mold temperature: 50°C

Injection machine / Toshiba MachineIS-100FIII

Injection machine / Toshiba MachineIS-100FIII

Mold / 10mm x 3mmt Spiral mold

Molding condition /

Injection pressure: 98MPa (1000Kg/cm^2)

Injection speed: 50%

Mold temperature: 60°C

Temperature dependence of refractive index

Temperature dependence of refractive index

Wave length dependence of light transmittance

Wave length dependence of light transmittance

Long term weatherability

Transmittance

Transmittance

Delta YI

Delta YI

Haze

Haze

Impact strength (23 degC)

Impact strength (23 degC)

Delta YI

Delta YI

Delta YI

Delta YI

Influential factors on impact strength

Notch Radius

Notch Radius

Temperature

Temperature

Heat aging property

Yellowing index

Yellowing index

Molecular weight change

Molecular weight change

Stress concentration and fatigue property

Stress concentration at corner

Stress concentration at corner

Fatigue property

Fatigue property

Temperature dependence of flexural modulus

SD POLYCA™

SD POLYCA™

PC/ABS Alloy

PC/ABS Alloy

PC/PBT Alloy

PC/PBT Alloy

Chemical properties/Chemical resistance of SD POLYCA™

Level of chemical attack (Appearance change)

Chemical PC PC/PET PC/PBT
Sulfuric acid A A A
Sodium hydroxide A A A
Ethyl alcohol A A A
Acetone C B-C B-C
Carbon tetrachloride B B B
Saline water A A A
Gasoline A A A
Kerosene A A A
Wax remover A A A
Engine oil A A A
Machine oil A A A
Grease A A A
Air refreshener (for auto.) C A A
Brake fluid C B B
Salad oil B B B
Toluene C B B
Acetic acid B B B

Judgment:

A: No visual change after dipping for 5 min

B: Slight change after dipping for 5 min

C: Cause whitening or dissolution after dipping for 5 min

Critical strain

Chemical PC PC/PET PC/PBT
Brake fluid(DOT-4) 0.3 0.6 0.8
Air refreshener (for auto.) 0.4 0.6 0.8
Armour oil >1.0 >1.0 1.0
Leather wax >1.0 >1.0 >1.0
Plasticizer(DOP) 0.6 >1.0 >1.0
Gasoline 0.2 0.4 0.6

Judgment:

- Critical strain is more than 0.7% (Critical stress is more than 160Kg/cm2). It is considered to be safe for use in general.

- Critical strain is 0.5~0.7% (Critical stress is 110~160kg/c㎡). It needs to be confirmed the condition applied.

- Critical strain is less than 0.5% (Critical stress is less than 110kg/c㎡). It is not recommended to use.

Testing Method

Testing Method

UL Standards

The following our grades are certified by Underwriters Laboratories Inc. and registered in File No. E123529.

Grade MFR Color Thickness
(mm)
Flame
Class
HWI HAI R T I HVTR D495 CTI
Elec Mech
Imp Str
Polycarbonate resin
300, 301 319 ALL 1.5 HB 2 1 125 115 125 - - -
3.0 HB 1 1 125 115 125 - - -
302, 303 319 ALL 1.5 HB 2 0 120 105 120 - - -
3.0 HB 2 0 120 110 120 - - -
IM-401-10 10 ALL 1.5 HB - - 80 80 80 - - -
300, 301 319 ALL 0.440.75 V-2 - - 80 80 80 2 5 2
2021 0.44 V-2 - - 80 80 80 - - -
2230 0.44 V-2 - - 80 80 80 - - -
3.0 V-2 - - 80 80 80 - - -
40 0.450.58 V-2 - - 80 80 80 - - -
302,303 319 ALL 0.44 V-2 - - 80 80 80 2 5 3
2021 0.44 V-2 - - 80 80 80 - - -
2230 0.44 V-2 - - 80 80 80 - - -
3.0 V-2 - - 80 80 80 - - -
300V, 301V 319 ALL 0.44 V-2 - - 80 80 80 2 5 2
0.75 V-2 - - 80 80 80 - - -
1.5 V-2 2 0 125 115 125 - - -
3.0 V-2 1 1 125 115 125 - - -
302V, 303V 319 ALL 0.44 V-2 - - 80 80 80 2 5 3
1.5 V-2 2 0 120 105 120 - - -
3.0 V-2 2 0 120 110 120 - - -
1080DVD 80 NC 0.38 V-2 - - 80 80 80 - - -
775-20 20 ALL 1.5 V-0 - - 80 80 80 - - -
776-20 20 ALL 0.75 V-2 - - 80 80 80 - - -
2.95 V-0 - - 80 80 80 - - -
875-20 20 ALL 0.95 V-0 2 0 80 80 80 - 7 3
1.5 V-0 2 0 125 125 125 - - -
2.5 V-0/5VB 2 0 125 125 125 - - -
3.0 V-0/5VB 2 0 125 125 125 - - -
876-20 20 ALL 1.5 V-0 3 0 125 125 125 - 7 3
2.5 V-0/5VB 3 0 125 125 125 - - -
3.0 V-0/5VB 2 0 125 125 125 - - -
RP876-20 20 ALL 1.5 V-0 - - 80 80 80 - - -
2.5 V-0/5VB - - 80 80 80 - - -
877-20 20 ALL 1.5 V-0 - - 80 80 80 - - -
2.0 V-0/5VB - - 80 80 80 - - -
3.0 V-0/5VB - - 80 80 80 - - -
LR8001V WT 0.44 V-0 - - 80 80 80 - - -
LR8021 WT 0.5 V-2 - - 80 80 80 - - -
3.0 V-1 - - 80 80 80 - - -
LR8031V WT 1.0 V-0 - - 80 80 80 - - -
1.5 V-0 - - 80 80 80 - - -
ST5(y)(x)(z) ALL 1.5 V-2 - - 80 80 80 - - -
3.0 V-1 - - 80 80 80 - - -
IM-401-18 18 ALL 1.35 V-2 - - 80 80 80 - - -
3.0 V-2 - - 80 80 80 - - -
Polycarbonate/ABS alloy (PC/ABS)
PCX-3655 ALL 1.5 V-0 - - 80 80 80 - - -
2.0 V-0/5VB - - 80 80 80 - - -
3.0 V-0/5VB - - 80 80 80 - - -
IM6011
IM6110
IM6120
ALL 1.5 HB - - 60 60 60 - - -

ALL: All colors, NC: Natural color, WT: White

(x)0: No additives, 1: Mold release, 2: UV stabilizer

(y)Glass fiber content (10-50%)

(z)V, H, M, L: Melt flow index (V: High ? L: Low)

Material registration in compliance with PSE law

Ball Pressure Temperature

Registration
No
BPT(°C) Grade MFR
B-1975 130 300~303
350~353
10, 15, 22, 30
B-1979 135 300~303
350~353
4, 5, 6, 8
B-2075 135 ST5100~ST5503 L, M, H, V
B-2080 135 CF5100~CF5503 L, M, H, V
B-2744 135 875-20 20

Horizontal Burn Test

Registration
No
Burningrate
(mm/min)
Thickness
(mm)
Grade
(All color)
MFR
H-1083 40 0.8 300~303
350~353
4~22
H-0429 40 0.9 ST5050~ST5503 L, M, H, V
H-1845 40 1.5 875-20 20

Drying of Polycarbonate before processing is necessary because of its water absorbing behavior. Under normal conditions, Polycarbonate will absorb up to 0.2%. When Polycarbonate is molded not well enough dried, problems with streaking or loss of physical problem will occur. To prevent these problems, the residual moisture levels in Polycarbonate pellets should not exceed 0.02% when they are processed.

Disclaimer

NOTICE:The information and data contained herein are given in good faith but do not constitute sales specifications.

NOTICE:The product properties may be changed without notice.

NOTICE: No freedom from infringement of any patent owned by SCPC or others is to be inferred. Because use conditions and applicable laws may differ from one location to another and may change with time, the Customer is responsible for determining whether products and the information in this document are appropriate for the Customer’s use and for ensuring that the Customer’s workplace and disposal practices are in compliance with applicable laws and other governmental enactments. SCPC assumes no obligation or liability for the information in this document. NO WARRANTIES ARE GIVEN; ALL IMPLIED WARRANTIES OF MARCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE ARE EXPRESSLY EXCLUDED.

NOTICE: If products are described as “experimental” or “developmental”: (1) product specifications may not be fully determined; (2) analysis of hazardous caution in handling and use are required; (3) although SCPC may from time to time provide samples of such products, SCPC is not obligated to supply or otherwise commercialize such products for any use or application whatsoever.

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