CH2002-G4
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Basic information | Unit | Test Method | Condition | Value |
Feature | Granule | |||
Density | g/cm³ | ISO 1183 | Dry | 1.37 |
Viscosity | Ml/g | / | 35 | |
RoHS Compliance | RoHS Compliance | |||
FDA Compliance | FDA Compliance | |||
Water absorption rate | ||||
Saturation/23℃ | % | ISO62-2008 | / | 2.1 |
Balance/23℃/50%RH | % | ISO62-2008 | / | 0.8 |
Forming processing | Unit | Test Method | Condition | Value |
Forming method | / | / | / | Injection molding / blowing molding |
Mass flux index,MFR355℃/2.16kg | g/10min | ISO1133 | / | 30 |
Volume flux index,MVR360℃/10kg | cm³/10min | / | 150 | |
Melt temperature range,Injection molding / extrusion molding | ℃ | / | / | 340~390 |
Mold temperature range, injection molding | ℃ | / | / | 140~170 |
Model reduction, free(vertical/horizontal) | % | / | 0.6/0.7 | |
Model reduction, limit(vertical/horizontal) | % | / | 0.7/0.9 | |
Combustion characteristics | Unit | Test Method | Condition | Value |
Flammability, according to UL standard,0.8mm | class | UL94 | / | V-2 |
Flammability, according to UL standard,1.6mm | class | UL94 | / | V-1 |
Flammability, according to UL standard,3.2mm | class | UL94 | / | V-0 |
Mechanical properties | Unit | Test Method | Condition | Value |
Modulus of Lasticity in Tensile | Mpa | ISO 527.2-2012 | Wet | 2700 |
Tensile yield stress | Mpa | ISO 527.2-2012 | Wet | 87 |
Elongation at yield | % | ISO 527.2-2013 | Wet | 6.6 |
Flexural strength | Mpa | ISO 178-2010 | Wet | 120 |
Flexural modulus | Mpa | ISO 178-2011 | Wet | 2650 |
CHARPY Impact strength,+23℃/-30℃ | KJ/㎡ | ISO179.1-2010 | Wet | N/N |
CHARPY Notched Impact strength,+23℃/-30℃ | KJ/㎡ | ISO179.1-2010 | Wet | 6.5/6.5 |
IZOD Notched Impact strength1A,+23℃/-30℃ | KJ/㎡ | ISO180-2000 | Wet | 6.5/6.5 |
Ball pressure hardness,H358/30,H961/30 | Mpa | ISO2039.1-2001 | Dry | 150 |
Thermal properties | Unit | Test Method | Condition | Value |
Heated-distortion temperature,0.45 MP Load(HDT B) | ℃ | ISO 75.2-2013 | Dry | 210 |
Maximum operating temperature, short cycle operation | ℃ | / | 220 | |
Temperature index. Tensile strength decreases by 50% after 20000h | ℃ | IEC216 | / | 180 |
Coefficient of linear thermal expansion,vertical/horizontal,(23℃~80℃) | 106/℃ | ISO11359-2-1999 | Dry | 54 |
Coefficient of linear thermal expansion,vertical/horizontal,(140℃~180℃) | 106/℃ | ISO11359-2-1999 | Dry | 60 |
Electrical properties | Unit | Test Method | Condition | Value |
Dielectric constant,100Hz/1MHz | / | IEC60250 | Wet | 3.9/3.8 |
Loss angle,100Hz/1MHz | / | IEC60250 | Wet | 0.0017/0.014 |
Volume resistance | Ω·CM | IEC60093 | Wet | >1014 |
Surface resistance | Ω | IEC60093 | Wet | >1014 |
K20/P50 Dielectric strength,K20/P50 | kv/mm | IEC60243-1 | Wet | 37 |
Relative electric arc track index CTl, test solution A | / | IEC60112 | Wet | CTI125-0 |
Relative electric arc track index CTl, test solution B | / | IEC60112 | Wet | CTI125M-0 |
Optical properties | Unit | Test Method | Condition | Value |
Refractive index(sample thickness = 1mm) | / | ISO489 | / | 1.65 |
Refractive index(sample thickness = 2mm) | % | ISO13468 | / | 82 |
·Heat Resistant
·Mechanical Properties
·Insulating Performance
·Hydrolysis Resistant
·Creep Resistant
·Dimensional Stability
·Flame Retardant
·Non-toxic
·Flame Retardant
·Impact Resistant
Basic information | Unit | Test Method | Condition | Value |
Feature | Granule | |||
Density | g/cm³ | ISO 1183 | Dry | 1.37 |
Viscosity | Ml/g | / | 35 | |
RoHS Compliance | RoHS Compliance | |||
FDA Compliance | FDA Compliance | |||
Water absorption rate | ||||
Saturation/23℃ | % | ISO62-2008 | / | 2.1 |
Balance/23℃/50%RH | % | ISO62-2008 | / | 0.8 |
Forming processing | Unit | Test Method | Condition | Value |
Forming method | / | / | / | Injection molding / blowing molding |
Mass flux index,MFR355℃/2.16kg | g/10min | ISO1133 | / | 30 |
Volume flux index,MVR360℃/10kg | cm³/10min | / | 150 | |
Melt temperature range,Injection molding / extrusion molding | ℃ | / | / | 340~390 |
Mold temperature range, injection molding | ℃ | / | / | 140~170 |
Model reduction, free(vertical/horizontal) | % | / | 0.6/0.7 | |
Model reduction, limit(vertical/horizontal) | % | / | 0.7/0.9 | |
Combustion characteristics | Unit | Test Method | Condition | Value |
Flammability, according to UL standard,0.8mm | class | UL94 | / | V-2 |
Flammability, according to UL standard,1.6mm | class | UL94 | / | V-1 |
Flammability, according to UL standard,3.2mm | class | UL94 | / | V-0 |
Mechanical properties | Unit | Test Method | Condition | Value |
Modulus of Lasticity in Tensile | Mpa | ISO 527.2-2012 | Wet | 2700 |
Tensile yield stress | Mpa | ISO 527.2-2012 | Wet | 87 |
Elongation at yield | % | ISO 527.2-2013 | Wet | 6.6 |
Flexural strength | Mpa | ISO 178-2010 | Wet | 120 |
Flexural modulus | Mpa | ISO 178-2011 | Wet | 2650 |
CHARPY Impact strength,+23℃/-30℃ | KJ/㎡ | ISO179.1-2010 | Wet | N/N |
CHARPY Notched Impact strength,+23℃/-30℃ | KJ/㎡ | ISO179.1-2010 | Wet | 6.5/6.5 |
IZOD Notched Impact strength1A,+23℃/-30℃ | KJ/㎡ | ISO180-2000 | Wet | 6.5/6.5 |
Ball pressure hardness,H358/30,H961/30 | Mpa | ISO2039.1-2001 | Dry | 150 |
Thermal properties | Unit | Test Method | Condition | Value |
Heated-distortion temperature,0.45 MP Load(HDT B) | ℃ | ISO 75.2-2013 | Dry | 210 |
Maximum operating temperature, short cycle operation | ℃ | / | 220 | |
Temperature index. Tensile strength decreases by 50% after 20000h | ℃ | IEC216 | / | 180 |
Coefficient of linear thermal expansion,vertical/horizontal,(23℃~80℃) | 106/℃ | ISO11359-2-1999 | Dry | 54 |
Coefficient of linear thermal expansion,vertical/horizontal,(140℃~180℃) | 106/℃ | ISO11359-2-1999 | Dry | 60 |
Electrical properties | Unit | Test Method | Condition | Value |
Dielectric constant,100Hz/1MHz | / | IEC60250 | Wet | 3.9/3.8 |
Loss angle,100Hz/1MHz | / | IEC60250 | Wet | 0.0017/0.014 |
Volume resistance | Ω·CM | IEC60093 | Wet | >1014 |
Surface resistance | Ω | IEC60093 | Wet | >1014 |
K20/P50 Dielectric strength,K20/P50 | kv/mm | IEC60243-1 | Wet | 37 |
Relative electric arc track index CTl, test solution A | / | IEC60112 | Wet | CTI125-0 |
Relative electric arc track index CTl, test solution B | / | IEC60112 | Wet | CTI125M-0 |
Optical properties | Unit | Test Method | Condition | Value |
Refractive index(sample thickness = 1mm) | / | ISO489 | / | 1.65 |
Refractive index(sample thickness = 2mm) | % | ISO13468 | / | 82 |
·Heat Resistant
·Mechanical Properties
·Insulating Performance
·Hydrolysis Resistant
·Creep Resistant
·Dimensional Stability
·Flame Retardant
·Non-toxic
·Flame Retardant
·Impact Resistant