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DuPont Performance Polymers Rynite® 408 NC010 PET

Category Polymer , Thermoplastic , Polyester, TP , Polyethylene Terephthalate (PET) , Polyethylene Terephthalate (PET), 30% Glass Reinforced
Manufacturer DuPont Performance Polymers
Trade Name
Port Ningbo port,China
Trade Terms EXW, FOB, CFR, CIF
Payment Terms L/C, T/T, PayPal
Download PDF DuPont Performance Polymers Rynite® 408 NC010 PET.pdf
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Material Notes:
Rynite® 408 NC010 is a 30% glass reinforced modified polyethylene terephthalate with improved impact resistance. Excellent balance of strength, stiffness, toughness, and temperature resistance.Information provided by DuPont Performance Polymers
Physical Properties Metric English Comments
Specific Gravity 1.51 g/cc
1.51 g/cc
ASTM D792
Density 1.49 g/cc
0.0538 lb/in³
ISO 1183
Filler Content 30 %
30 %
Water Absorption 0.060 %
<br>@Temperature 23.0 °C
 0.060 %
<br>@Temperature 73.4 °F
 50%RH,23°C,24h; ASTM D570
Viscosity 110000 cP
<br>@Shear Rate 3090 1/s,<br> Temperature 305 °C
 110000 cP
<br>@Shear Rate 3090 1/s,<br> Temperature 581 °F
 ISO 11443
138000 cP
<br>@Shear Rate 3090 1/s,<br> Temperature 290 °C
 138000 cP
<br>@Shear Rate 3090 1/s,<br> Temperature 554 °F
 ISO 11443
157000 cP
<br>@Shear Rate 1450 1/s,<br> Temperature 305 °C
 157000 cP
<br>@Shear Rate 1450 1/s,<br> Temperature 581 °F
 ISO 11443
172000 cP
<br>@Shear Rate 3090 1/s,<br> Temperature 275 °C
 172000 cP
<br>@Shear Rate 3090 1/s,<br> Temperature 527 °F
 ISO 11443
215000 cP
<br>@Shear Rate 1450 1/s,<br> Temperature 290 °C
 215000 cP
<br>@Shear Rate 1450 1/s,<br> Temperature 554 °F
 ISO 11443
218000 cP
<br>@Shear Rate 681 1/s,<br> Temperature 305 °C
 218000 cP
<br>@Shear Rate 681 1/s,<br> Temperature 581 °F
 ISO 11443
260000 cP
<br>@Shear Rate 1450 1/s,<br> Temperature 275 °C
 260000 cP
<br>@Shear Rate 1450 1/s,<br> Temperature 527 °F
 ISO 11443
318000 cP
<br>@Shear Rate 681 1/s,<br> Temperature 290 °C
 318000 cP
<br>@Shear Rate 681 1/s,<br> Temperature 554 °F
 ISO 11443
322000 cP
<br>@Shear Rate 316 1/s,<br> Temperature 305 °C
 322000 cP
<br>@Shear Rate 316 1/s,<br> Temperature 581 °F
 ISO 11443
386000 cP
<br>@Shear Rate 681 1/s,<br> Temperature 275 °C
 386000 cP
<br>@Shear Rate 681 1/s,<br> Temperature 527 °F
 ISO 11443
454000 cP
<br>@Shear Rate 316 1/s,<br> Temperature 290 °C
 454000 cP
<br>@Shear Rate 316 1/s,<br> Temperature 554 °F
 ISO 11443
463000 cP
<br>@Shear Rate 146 1/s,<br> Temperature 305 °C
 463000 cP
<br>@Shear Rate 146 1/s,<br> Temperature 581 °F
 ISO 11443
560000 cP
<br>@Shear Rate 316 1/s,<br> Temperature 275 °C
 560000 cP
<br>@Shear Rate 316 1/s,<br> Temperature 527 °F
 ISO 11443
655000 cP
<br>@Shear Rate 146 1/s,<br> Temperature 290 °C
 655000 cP
<br>@Shear Rate 146 1/s,<br> Temperature 554 °F
 ISO 11443
663000 cP
<br>@Shear Rate 73.0 1/s,<br> Temperature 305 °C
 663000 cP
<br>@Shear Rate 73.0 1/s,<br> Temperature 581 °F
 ISO 11443
810000 cP
<br>@Shear Rate 146 1/s,<br> Temperature 275 °C
 810000 cP
<br>@Shear Rate 146 1/s,<br> Temperature 527 °F
 ISO 11443
935000 cP
<br>@Shear Rate 73.0 1/s,<br> Temperature 290 °C
 935000 cP
<br>@Shear Rate 73.0 1/s,<br> Temperature 554 °F
 ISO 11443
1.00e+6 cP
<br>@Shear Rate 36.0 1/s,<br> Temperature 305 °C
 1.00e+6 cP
<br>@Shear Rate 36.0 1/s,<br> Temperature 581 °F
 ISO 11443
1.17e+6 cP
<br>@Shear Rate 73.0 1/s,<br> Temperature 275 °C
 1.17e+6 cP
<br>@Shear Rate 73.0 1/s,<br> Temperature 527 °F
 ISO 11443
1.29e+6 cP
<br>@Shear Rate 36.0 1/s,<br> Temperature 290 °C
 1.29e+6 cP
<br>@Shear Rate 36.0 1/s,<br> Temperature 554 °F
 ISO 11443
1.62e+6 cP
<br>@Shear Rate 36.0 1/s,<br> Temperature 275 °C
 1.62e+6 cP
<br>@Shear Rate 36.0 1/s,<br> Temperature 527 °F
 ISO 11443
1.73e+6 cP
<br>@Shear Rate 12.0 1/s,<br> Temperature 305 °C
 1.73e+6 cP
<br>@Shear Rate 12.0 1/s,<br> Temperature 581 °F
 ISO 11443
1.97e+6 cP
<br>@Shear Rate 7.30 1/s,<br> Temperature 305 °C
 1.97e+6 cP
<br>@Shear Rate 7.30 1/s,<br> Temperature 581 °F
 ISO 11443
2.55e+6 cP
<br>@Shear Rate 12.0 1/s,<br> Temperature 290 °C
 2.55e+6 cP
<br>@Shear Rate 12.0 1/s,<br> Temperature 554 °F
 ISO 11443
2.96e+6 cP
<br>@Shear Rate 12.0 1/s,<br> Temperature 275 °C
 2.96e+6 cP
<br>@Shear Rate 12.0 1/s,<br> Temperature 527 °F
 ISO 11443
3.33e+6 cP
<br>@Shear Rate 7.30 1/s,<br> Temperature 290 °C
 3.33e+6 cP
<br>@Shear Rate 7.30 1/s,<br> Temperature 554 °F
 ISO 11443
4.11e+6 cP
<br>@Shear Rate 7.30 1/s,<br> Temperature 275 °C
 4.11e+6 cP
<br>@Shear Rate 7.30 1/s,<br> Temperature 527 °F
 ISO 11443
Linear Mold Shrinkage 0.0020 cm/cm
<br>@Thickness 3.20 mm
 0.0020 in/in
<br>@Thickness 0.126 in
 Flow
0.0021 cm/cm
<br>@Thickness 1.60 mm
 0.0021 in/in
<br>@Thickness 0.0630 in
 Flow
0.0063 cm/cm
<br>@Thickness 1.60 mm
 0.0063 in/in
<br>@Thickness 0.0630 in
 Transverse
0.0075 cm/cm
<br>@Thickness 3.20 mm
 0.0075 in/in
<br>@Thickness 0.126 in
 Transverse
Linear Mold Shrinkage, Flow 0.0035 cm/cm
0.0035 in/in
Annealed; ISO 294-4
0.0025 cm/cm
<br>@Thickness 2.00 mm
 0.0025 in/in
<br>@Thickness 0.0787 in
 ISO 294-4
Linear Mold Shrinkage, Transverse 0.0105 cm/cm
0.0105 in/in
Annealed; ISO 294-4
0.0085 cm/cm
<br>@Thickness 2.00 mm
 0.0085 in/in
<br>@Thickness 0.0787 in
 ISO 294-4
Melt Index of Compound 5.5 g/10 min
<br>@Load 5.00 kg,<br> Temperature 280 °C
 5.5 g/10 min
<br>@Load 11.0 lb,<br> Temperature 536 °F
 cm3/10 min; ISO 1133
Mechanical Properties Metric English Comments
Hardness, Rockwell M 70
70
ASTM D785
70
70
ISO 2039/2
Hardness, Rockwell R 115
115
ASTM D785
115
115
ISO 2039/2
Tensile Strength at Break 125 MPa
<br>@Temperature 23.0 °C
 18100 psi
<br>@Temperature 73.4 °F
 ISO 527
Tensile Strength 55.2 MPa
<br>@Temperature 150 °C
 8010 psi
<br>@Temperature 302 °F
 ASTM D638
70.3 MPa
<br>@Temperature 90.0 °C
 10200 psi
<br>@Temperature 194 °F
 ASTM D638
126 MPa
<br>@Temperature 23.0 °C
 18300 psi
<br>@Temperature 73.4 °F
 ASTM D638
206 MPa
<br>@Temperature -40.0 °C
 29900 psi
<br>@Temperature -40.0 °F
 ASTM D638
Tensile Stress 20.5 MPa
<br>@Strain 1.05 %,<br> Temperature 150 °C
 2970 psi
<br>@Strain 1.05 %,<br> Temperature 302 °F
 ISO 527
23.5 MPa
<br>@Strain 0.960 %,<br> Temperature 120 °C
 3410 psi
<br>@Strain 0.960 %,<br> Temperature 248 °F
 ISO 527
23.5 MPa
<br>@Strain 0.230 %,<br> Temperature 0.000 °C
 3410 psi
<br>@Strain 0.230 %,<br> Temperature 32.0 °F
 ISO 527
24.5 MPa
<br>@Strain 0.260 %,<br> Temperature 40.0 °C
 3550 psi
<br>@Strain 0.260 %,<br> Temperature 104 °F
 ISO 527
25.6 MPa
<br>@Strain 0.240 %,<br> Temperature -40.0 °C
 3710 psi
<br>@Strain 0.240 %,<br> Temperature -40.0 °F
 ISO 527
28.8 MPa
<br>@Strain 0.960 %,<br> Temperature 90.0 °C
 4180 psi
<br>@Strain 0.960 %,<br> Temperature 194 °F
 ISO 527
30.4 MPa
<br>@Strain 2.10 %,<br> Temperature 150 °C
 4410 psi
<br>@Strain 2.10 %,<br> Temperature 302 °F
 ISO 527
35.2 MPa
<br>@Strain 0.600 %,<br> Temperature 60.0 °C
 5110 psi
<br>@Strain 0.600 %,<br> Temperature 140 °F
 ISO 527
35.9 MPa
<br>@Strain 1.92 %,<br> Temperature 120 °C
 5210 psi
<br>@Strain 1.92 %,<br> Temperature 248 °F
 ISO 527
36.1 MPa
<br>@Strain 3.16 %,<br> Temperature 150 °C
 5240 psi
<br>@Strain 3.16 %,<br> Temperature 302 °F
 ISO 527
40.4 MPa
<br>@Strain 4.21 %,<br> Temperature 150 °C
 5860 psi
<br>@Strain 4.21 %,<br> Temperature 302 °F
 ISO 527
42.7 MPa
<br>@Strain 2.88 %,<br> Temperature 120 °C
 6190 psi
<br>@Strain 2.88 %,<br> Temperature 248 °F
 ISO 527
44.0 MPa
<br>@Strain 5.27 %,<br> Temperature 150 °C
 6380 psi
<br>@Strain 5.27 %,<br> Temperature 302 °F
 ISO 527
44.9 MPa
<br>@Strain 0.460 %,<br> Temperature 0.000 °C
 6510 psi
<br>@Strain 0.460 %,<br> Temperature 32.0 °F
 ISO 527
45.0 MPa
<br>@Strain 1.92 %,<br> Temperature 90.0 °C
 6530 psi
<br>@Strain 1.92 %,<br> Temperature 194 °F
 ISO 527
45.2 MPa
<br>@Strain 0.530 %,<br> Temperature 40.0 °C
 6560 psi
<br>@Strain 0.530 %,<br> Temperature 104 °F
 ISO 527
46.8 MPa
<br>@Strain 6.32 %,<br> Temperature 150 °C
 6790 psi
<br>@Strain 6.32 %,<br> Temperature 302 °F
 ISO 527
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