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        4. DuPont Performance Polymers Zytel? 70G35HSLRA4 BK267 Nylon 66
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        DuPont Performance Polymers Zytel? 70G35HSLRA4 BK267 Nylon 66
        
                
        DuPont Performance Polymers Zytel? 70G35HSLRA4 BK267 Nylon 66 物性表: DuPont Performance Polymers Zytel? 70G35HSLRA4 BK267 Nylon 66物性表及特性介紹,DuPont Performance Polymers Zytel? 70G35HSLRA4 BK267 Nylon 66注塑參數詳情,如需DuPont Performance Polymers Zytel? 70G35HSLRA4 BK267 Nylon 66下載, 可到相關下載區下載
        

                
        
                    
        
                        
        

                            
          
                                
                                
        • 密度 [g/cm3]: 1.41
          • 
                                
                                
        • 吸水率 [%]: 1.7
          • 
                                
                                
        • 缺口沖擊強度: 14.0
          • 
                                
                                
        • 熱變形溫度 [℃]: 255.0
          • 
                                
                            
        

                            
         
        Physical PropertiesMetricEnglishComments
        Density 1.41 g/cc0.0509 lb/in3DAM; ISO 1183
        

        Filler Content 35 %35 %DAM
        

        Water Absorption  1.7 %
        @Thickness 1.00 mm,
         Temperature 23.0 °C        		1.7 %
        @Thickness 0.0394 in,
         Temperature 73.4 °F        		Equilibrium 50%RH; DAM; ISO 62, Similar to
        

         5.5 %
        @Thickness 1.00 mm,
         Temperature 23.0 °C        		5.5 %
        @Thickness 0.0394 in,
         Temperature 73.4 °F        		Saturation, immersed; DAM; ISO 62, Similar to
        

        Linear Mold Shrinkage, Flow 0.0040 cm/cm
        @Thickness 2.00 mm        		0.0040 in/in
        @Thickness 0.0787 in        		Parallel; DAM; ISO 294-4
        

        Linear Mold Shrinkage, Transverse 0.011 cm/cm
        @Thickness 2.00 mm        		0.011 in/in
        @Thickness 0.0787 in        		Normal; DAM; ISO 294-4
        

         
        Mechanical PropertiesMetricEnglishComments
        Tensile Strength at Break  140 MPa
        @Temperature 23.0 °C        		20300 psi
        @Temperature 73.4 °F        		50%RH; ISO 527
        

         210 MPa
        @Temperature 23.0 °C        		30500 psi
        @Temperature 73.4 °F        		DAM; ISO 527
        

        Tensile Stress  22.88 MPa
        @Strain 0.520 %,
         Temperature 150 °C        		3318 psi
        @Strain 0.520 %,
         Temperature 302 °F        		DAM; ISO 11403-1/-2
        

         23.42 MPa
        @Strain 0.450 %,
         Temperature 120 °C        		3397 psi
        @Strain 0.450 %,
         Temperature 248 °F        		DAM; ISO 11403-1/-2
        

         27.68 MPa
        @Strain 0.480 %,
         Temperature 90.0 °C        		4015 psi
        @Strain 0.480 %,
         Temperature 194 °F        		DAM; ISO 11403-1/-2
        

         30.57 MPa
        @Strain 0.400 %,
         Temperature 60.0 °C        		4434 psi
        @Strain 0.400 %,
         Temperature 140 °F        		DAM; ISO 11403-1/-2
        

         38.82 MPa
        @Strain 1.00 %,
         Temperature 150 °C        		5630 psi
        @Strain 1.00 %,
         Temperature 302 °F        		DAM; ISO 11403-1/-2
        

         41.19 MPa
        @Strain 0.900 %,
         Temperature 120 °C        		5974 psi
        @Strain 0.900 %,
         Temperature 248 °F        		DAM; ISO 11403-1/-2
        

         48.49 MPa
        @Strain 0.950 %,
         Temperature 90.0 °C        		7033 psi
        @Strain 0.950 %,
         Temperature 194 °F        		DAM; ISO 11403-1/-2
        

         51.08 MPa
        @Strain 1.51 %,
         Temperature 150 °C        		7409 psi
        @Strain 1.51 %,
         Temperature 302 °F        		DAM; ISO 11403-1/-2
        

         54.97 MPa
        @Strain 1.35 %,
         Temperature 120 °C        		7973 psi
        @Strain 1.35 %,
         Temperature 248 °F        		DAM; ISO 11403-1/-2
        

         56.67 MPa
        @Strain 0.810 %,
         Temperature 60.0 °C        		8219 psi
        @Strain 0.810 %,
         Temperature 140 °F        		DAM; ISO 11403-1/-2
        

         60.67 MPa
        @Strain 2.02 %,
         Temperature 150 °C        		8799 psi
        @Strain 2.02 %,
         Temperature 302 °F        		DAM; ISO 11403-1/-2
        

         65.07 MPa
        @Strain 1.42 %,
         Temperature 90.0 °C        		9438 psi
        @Strain 1.42 %,
         Temperature 194 °F        		DAM; ISO 11403-1/-2
        

         65.1 MPa
        @Strain 0.670 %,
         Temperature 40.0 °C        		9440 psi
        @Strain 0.670 %,
         Temperature 104 °F        		DAM; ISO 11403-1/-2
        

         66.75 MPa
        @Strain 1.81 %,
         Temperature 120 °C        		9681 psi
        @Strain 1.81 %,
         Temperature 248 °F        		DAM; ISO 11403-1/-2
        

         68.19 MPa
        @Strain 2.51 %,
         Temperature 150 °C        		9890 psi
        @Strain 2.51 %,
         Temperature 302 °F        		DAM; ISO 11403-1/-2
        

         74.22 MPa
        @Strain 3.01 %,
         Temperature 150 °C        		10760 psi
        @Strain 3.01 %,
         Temperature 302 °F        		DAM; ISO 11403-1/-2
        

         76.15 MPa
        @Strain 2.26 %,
         Temperature 120 °C        		11040 psi
        @Strain 2.26 %,
         Temperature 248 °F        		DAM; ISO 11403-1/-2
        

         76.53 MPa
        @Strain 1.20 %,
         Temperature 60.0 °C        		11100 psi
        @Strain 1.20 %,
         Temperature 140 °F        		DAM; ISO 11403-1/-2
        

         78.75 MPa
        @Strain 3.50 %,
         Temperature 150 °C        		11420 psi
        @Strain 3.50 %,
         Temperature 302 °F        		DAM; ISO 11403-1/-2
        

         79.19 MPa
        @Strain 1.89 %,
         Temperature 90.0 °C        		11490 psi
        @Strain 1.89 %,
         Temperature 194 °F        		DAM; ISO 11403-1/-2
        

         81.91 MPa
        @Strain 4.01 %,
         Temperature 150 °C        		11880 psi
        @Strain 4.01 %,
         Temperature 302 °F        		DAM; ISO 11403-1/-2
        

         83.72 MPa
        @Strain 2.71 %,
         Temperature 120 °C        		12140 psi
        @Strain 2.71 %,
         Temperature 248 °F        		DAM; ISO 11403-1/-2
        

         83.83 MPa
        @Strain 4.51 %,
         Temperature 150 °C        		12160 psi
        @Strain 4.51 %,
         Temperature 302 °F        		DAM; ISO 11403-1/-2
        

         84.2 MPa
        @Strain 5.00 %,
         Temperature 150 °C        		12200 psi
        @Strain 5.00 %,
         Temperature 302 °F        		DAM; ISO 11403-1/-2
        

         89.92 MPa
        @Strain 3.16 %,
         Temperature 120 °C        		13040 psi
        @Strain 3.16 %,
         Temperature 248 °F        		DAM; ISO 11403-1/-2
        

         90.66 MPa
        @Strain 0.990 %,
         Temperature 40.0 °C        		13150 psi
        @Strain 0.990 %,
         Temperature 104 °F        		DAM; ISO 11403-1/-2
        

         90.94 MPa
        @Strain 2.36 %,
         Temperature 90.0 °C        		13190 psi
        @Strain 2.36 %,
         Temperature 194 °F        		DAM; ISO 11403-1/-2
        

         93.81 MPa
        @Strain 1.61 %,
         Temperature 60.0 °C        		13610 psi
        @Strain 1.61 %,
         Temperature 140 °F        		DAM; ISO 11403-1/-2
        

         94.37 MPa
        @Strain 3.60 %,
         Temperature 120 °C        		13690 psi
        @Strain 3.60 %,
         Temperature 248 °F        		DAM; ISO 11403-1/-2
        

         97.28 MPa
        @Strain 4.05 %,
         Temperature 120 °C        		14110 psi
        @Strain 4.05 %,
         Temperature 248 °F        		DAM; ISO 11403-1/-2
        

         98.6 MPa
        @Strain 4.50 %,
         Temperature 120 °C        		14300 psi
        @Strain 4.50 %,
         Temperature 248 °F        		DAM; ISO 11403-1/-2
        

         100.48 MPa
        @Strain 2.83 %,
         Temperature 90.0 °C        		14573 psi
        @Strain 2.83 %,
         Temperature 194 °F        		DAM; ISO 11403-1/-2
        

         107.82 MPa
        @Strain 3.30 %,
         Temperature 90.0 °C        		15638 psi
        @Strain 3.30 %,
         Temperature 194 °F        		DAM; ISO 11403-1/-2
        

         108.57 MPa
        @Strain 2.00 %,
         Temperature 60.0 °C        		15747 psi
        @Strain 2.00 %,
         Temperature 140 °F        		DAM; ISO 11403-1/-2
        

         112.97 MPa
        @Strain 3.77 %,
         Temperature 90.0 °C        		16385 psi
        @Strain 3.77 %,
         Temperature 194 °F        		DAM; ISO 11403-1/-2
        

         113.41 MPa
        @Strain 1.32 %,
         Temperature 40.0 °C        		16449 psi
        @Strain 1.32 %,
         Temperature 104 °F        		DAM; ISO 11403-1/-2
        

         115.83 MPa
        @Strain 4.24 %,
         Temperature 90.0 °C        		16800 psi
        @Strain 4.24 %,
         Temperature 194 °F        		DAM; ISO 11403-1/-2
        

         116.43 MPa
        @Strain 1.16 %,
         Temperature 0.000 °C        		16887 psi
        @Strain 1.16 %,
         Temperature 32.0 °F        		DAM; ISO 11403-1/-2
        

         116.5 MPa
        @Strain 4.70 %,
         Temperature 90.0 °C        		16900 psi
        @Strain 4.70 %,
         Temperature 194 °F        		DAM; ISO 11403-1/-2
        

         121 MPa
        @Strain 1.22 %,
         Temperature 23.0 °C        		17500 psi
        @Strain 1.22 %,
         Temperature 73.4 °F        		DAM; ISO 11403-1/-2
        

         121.25 MPa
        @Strain 2.41 %,
         Temperature 60.0 °C        		17586 psi
        @Strain 2.41 %,
         Temperature 140 °F        		DAM; ISO 11403-1/-2
        

         122.59 MPa
        @Strain 1.16 %,
         Temperature -20.0 °C        		17780 psi
        @Strain 1.16 %,
         Temperature -4.00 °F        		DAM; ISO 11403-1/-2
        

         132.27 MPa
        @Strain 2.81 %,
         Temperature 60.0 °C        		19184 psi
        @Strain 2.81 %,
         Temperature 140 °F        		DAM; ISO 11403-1/-2
        

         133.68 MPa
        @Strain 1.66 %,
         Temperature 40.0 °C        		19389 psi
        @Strain 1.66 %,
         Temperature 104 °F        		DAM; ISO 11403-1/-2
        

         140.06 MPa
        @Strain 3.20 %,
         Temperature 60.0 °C        		20314 psi
        @Strain 3.20 %,
         Temperature 140 °F        		DAM; ISO 11403-1/-2
        

         141.3 MPa
        @Strain 1.45 %,
         Temperature 0.000 °C        		20490 psi
        @Strain 1.45 %,
         Temperature 32.0 °F        		DAM; ISO 11403-1/-2
        

         144.98 MPa
        @Strain 3.61 %,
         Temperature 60.0 °C        		21028 psi
        @Strain 3.61 %,
         Temperature 140 °F        		DAM; ISO 11403-1/-2
        

         145.14 MPa
        @Strain 1.51 %,
         Temperature 23.0 °C        		21051 psi
        @Strain 1.51 %,
         Temperature 73.4 °F        		DAM; ISO 11403-1/-2
        

         147.5 MPa
        @Strain 4.00 %,
         Temperature 60.0 °C        		21390 psi
        @Strain 4.00 %,
         Temperature 140 °F        		DAM; ISO 11403-1/-2
        

         148.97 MPa
        @Strain 1.46 %,
         Temperature -20.0 °C        		21606 psi
        @Strain 1.46 %,
         Temperature -4.00 °F        		DAM; ISO 11403-1/-2
        

         149.43 MPa
        @Strain 1.98 %,
         Temperature 40.0 °C        		21673 psi
        @Strain 1.98 %,
         Temperature 104 °F        		DAM; ISO 11403-1/-2
        

         163.24 MPa
        @Strain 2.31 %,
         Temperature 40.0 °C        		23676 psi
        @Strain 2.31 %,
         Temperature 104 °F        		DAM; ISO 11403-1/-2
        

         164.07 MPa
        @Strain 1.74 %,
         Temperature 0.000 °C        		23796 psi
        @Strain 1.74 %,
         Temperature 32.0 °F        		DAM; ISO 11403-1/-2
        

         164.64 MPa
        @Strain 1.80 %,
         Temperature 23.0 °C        		23879 psi
        @Strain 1.80 %,
         Temperature 73.4 °F        		DAM; ISO 11403-1/-2
        

         172.5 MPa
        @Strain 1.74 %,
         Temperature -20.0 °C        		25020 psi
        @Strain 1.74 %,
         Temperature -4.00 °F        		DAM; ISO 11403-1/-2
        

         174.68 MPa
        @Strain 2.65 %,
         Temperature 40.0 °C        		25335 psi
        @Strain 2.65 %,
         Temperature 104 °F        		DAM; ISO 11403-1/-2
        

         182.21 MPa
        @Strain 2.97 %,
         Temperature 40.0 °C        		26427 psi
        @Strain 2.97 %,
         Temperature 104 °F        		DAM; ISO 11403-1/-2
        

         182.52 MPa
        @Strain 2.12 %,
         Temperature 23.0 °C        		26472 psi
        @Strain 2.12 %,
         Temperature 73.4 °F        		DAM; ISO 11403-1/-2
        

         184.69 MPa
        @Strain 2.04 %,
         Temperature 0.000 °C        		26787 psi
        @Strain 2.04 %,
         Temperature 32.0 °F        		DAM; ISO 11403-1/-2
        

         187.2 MPa
        @Strain 3.30 %,
         Temperature 40.0 °C        		27150 psi
        @Strain 3.30 %,
         Temperature 104 °F        		DAM; ISO 11403-1/-2
        

         194.14 MPa
        @Strain 2.03 %,
         Temperature -20.0 °C        		28158 psi
        @Strain 2.03 %,
         Temperature -4.00 °F        		DAM; ISO 11403-1/-2
        

         195.92 MPa
        @Strain 2.41 %,
         Temperature 23.0 °C        		28416 psi
        @Strain 2.41 %,
         Temperature 73.4 °F        		DAM; ISO 11403-1/-2
        

         201.98 MPa
        @Strain 2.33 %,
         Temperature 0.000 °C        		29295 psi
        @Strain 2.33 %,
         Temperature 32.0 °F        		DAM; ISO 11403-1/-2
        

         206.86 MPa
        @Strain 2.72 %,
         Temperature 23.0 °C        		30003 psi
        @Strain 2.72 %,
         Temperature 73.4 °F        		DAM; ISO 11403-1/-2
        

         212.37 MPa
        @Strain 3.01 %,
         Temperature 23.0 °C        		30802 psi
        @Strain 3.01 %,
         Temperature 73.4 °F        		DAM; ISO 11403-1/-2
        

         213.86 MPa
        @Strain 2.33 %,
         Temperature -20.0 °C        		31018 psi
        @Strain 2.33 %,
         Temperature -4.00 °F        		DAM; ISO 11403-1/-2
        

         218.11 MPa
        @Strain 2.62 %,
         Temperature 0.000 °C        		31634 psi
        @Strain 2.62 %,
         Temperature 32.0 °F        		DAM; ISO 11403-1/-2
        

         229.9 MPa
        @Strain 2.90 %,
         Temperature 0.000 °C        		33340 psi
        @Strain 2.90 %,
         Temperature 32.0 °F        		DAM; ISO 11403-1/-2
        

         230.79 MPa
        @Strain 2.61 %,
         Temperature -20.0 °C        		33473 psi
        @Strain 2.61 %,
         Temperature -4.00 °F        		DAM; ISO 11403-1/-2
        

         245.5 MPa
        @Strain 2.90 %,
         Temperature -20.0 °C        		35610 psi
        @Strain 2.90 %,
         Temperature -4.00 °F        		DAM; ISO 11403-1/-2
        

        Elongation at Break  3.0 %
        @Temperature 23.0 °C        		3.0 %
        @Temperature 73.4 °F        		DAM; ISO 527
        

         5.0 %
        @Temperature 23.0 °C        		5.0 %
        @Temperature 73.4 °F        		50%RH; ISO 527
        

        Tensile Modulus  4.308 GPa
        @Temperature 150 °C        		624.8 ksi
        @Temperature 302 °F        		50%RH; ISO 527
        

         4.40 GPa
        @Temperature 150 °C        		638 ksi
        @Temperature 302 °F        		DAM; ISO 527
        

         5.005 GPa
        @Temperature 120 °C        		725.9 ksi
        @Temperature 248 °F        		50%RH; ISO 527
        

         5.173 GPa
        @Temperature 90.0 °C        		750.3 ksi
        @Temperature 194 °F        		50%RH; ISO 527
        

         5.204 GPa
        @Temperature 120 °C        		754.8 ksi
        @Temperature 248 °F        		DAM; ISO 527
        

         5.767 GPa
        @Temperature 90.0 °C        		836.4 ksi
        @Temperature 194 °F        		DAM; ISO 527
        

         6.046 GPa
        @Temperature 60.0 °C        		876.9 ksi
        @Temperature 140 °F        		50%RH; ISO 527
        

         6.66 GPa
        @Temperature 40.0 °C        		966 ksi
        @Temperature 104 °F        		50%RH; ISO 527
        

         7.643 GPa
        @Temperature 60.0 °C        		1109 ksi
        @Temperature 140 °F        		DAM; ISO 527
        

         7.80 GPa
        @Temperature 23.0 °C        		1130 ksi
        @Temperature 73.4 °F        		50%RH; ISO 527
        

         10.136 GPa
        @Temperature 40.0 °C        		1470.1 ksi
        @Temperature 104 °F        		DAM; ISO 527
        

         10.23 GPa
        @Temperature 0.000 °C        		1484 ksi
        @Temperature 32.0 °F        		50%RH; ISO 527
        

         11.2 GPa
        @Temperature 23.0 °C        		1620 ksi
        @Temperature 73.4 °F        		DAM; ISO 527
        

         11.225 GPa
        @Temperature -20.0 °C        		1628.1 ksi
        @Temperature -4.00 °F        		50%RH; ISO 527
        

        Izod Impact, Notched (ISO)  14.0 kJ/m2
        @Temperature 23.0 °C        		6.66 ft-lb/in2
        @Temperature 73.4 °F        		DAM; ISO 180/1A
        

         16.0 kJ/m2
        @Temperature 23.0 °C        		7.61 ft-lb/in2
        @Temperature 73.4 °F        		50%RH; ISO 180/1A
        

        Charpy Impact Unnotched  7.50 J/cm2
        @Temperature -30.0 °C        		35.7 ft-lb/in2
        @Temperature -22.0 °F        		50%RH; ISO 179/1eU
        

         8.00 J/cm2
        @Temperature -30.0 °C        		38.1 ft-lb/in2
        @Temperature -22.0 °F        		DAM; ISO 179/1eU
        

         8.00 J/cm2
        @Temperature 23.0 °C        		38.1 ft-lb/in2
        @Temperature 73.4 °F        		DAM; ISO 179/1eU
        

         9.50 J/cm2
        @Temperature 23.0 °C        		45.2 ft-lb/in2
        @Temperature 73.4 °F        		50%RH; ISO 179/1eU
        

        Charpy Impact, Notched  1.00 J/cm2
        @Temperature -30.0 °C        		4.76 ft-lb/in2
        @Temperature -22.0 °F        		DAM; ISO 179/1eA
        

         1.00 J/cm2
        @Temperature -30.0 °C        		4.76 ft-lb/in2
        @Temperature -22.0 °F        		50%RH; ISO 179/1eA
        

         1.50 J/cm2
        @Temperature 23.0 °C        		7.14 ft-lb/in2
        @Temperature 73.4 °F        		DAM; ISO 179/1eA
        

         1.80 J/cm2
        @Temperature 23.0 °C        		8.57 ft-lb/in2
        @Temperature 73.4 °F        		50%RH; ISO 179/1eA
        

        Tensile Creep Modulus, 1 hour 7400 MPa
        @Temperature 23.0 °C        		1.07e+6 psi
        @Temperature 73.4 °F        		50%RH; ISO 899
        

        Tensile Creep Modulus, 1000 hours 5000 MPa
        @Temperature 23.0 °C        		725000 psi
        @Temperature 73.4 °F        		50%RH; ISO 899
        

         
        Electrical PropertiesMetricEnglishComments
        Volume Resistivity  1.00e+11 ohm-cm
        @Temperature 23.0 °C        		1.00e+11 ohm-cm
        @Temperature 73.4 °F        		50%RH; IEC 60093
        

         1.00e+15 ohm-cm
        @Temperature 23.0 °C        		1.00e+15 ohm-cm
        @Temperature 73.4 °F        		DAM; IEC 60093
        

        Surface Resistance 1.00e+13 ohm
        @Temperature 23.0 °C        		1.00e+13 ohm
        @Temperature 73.4 °F        		50%RH; IEC 60093
        

        Comparative Tracking Index 450 V
        @Temperature 23.0 °C        		450 V
        @Temperature 73.4 °F        		DAM; IEC 60112
        

         
        Thermal PropertiesMetricEnglishComments
        CTE, linear, Parallel to Flow 500 μm/m-°C
        @Temperature 23.0 - 55.0 °C        		278 μin/in-°F
        @Temperature 73.4 - 131 °F        		DAM; ISO 11359-1/-2
        

        CTE, linear, Transverse to Flow 85.0 μm/m-°C
        @Temperature 23.0 - 55.0 °C        		47.2 μin/in-°F
        @Temperature 73.4 - 131 °F        		DAM; ISO 11359-1/-2
        

        Deflection Temperature at 0.46 MPa (66 psi) 255 °C491 °FDAM; ISO 75-1/-2
        

        Deflection Temperature at 1.8 MPa (264 psi) 250 °C482 °FDAM; ISO 75-1/-2
        

        Glass Transition Temp, Tg 80.0 °C176 °F10°C/min; DAM; ISO 11357-1/-2
        

        Flammability, UL94  HB
        @Thickness 3.00 mm        		HB
        @Thickness 0.118 in        		DAM; IEC 60695-11-10
        

         HB
        @Thickness 1.50 mm        		HB
        @Thickness 0.0591 in        		DAM; IEC 60695-11-10
        

         HB
        @Thickness 0.750 mm        		HB
        @Thickness 0.0295 in        		DAM; IEC 60695-11-10
        

         HB
        @Thickness 3.00 mm        		HB
        @Thickness 0.118 in        		DAM; UL94
        

         HB
        @Thickness 1.50 mm        		HB
        @Thickness 0.0591 in        		DAM; UL94
        

         HB
        @Thickness 0.750 mm        		HB
        @Thickness 0.0295 in        		DAM; UL94
        

        Oxygen Index 21 %21 %DAM; ISO 4589-1/-2
        

         
        Processing PropertiesMetricEnglishComments
        Melt Temperature 260 °C500 °F10°C/min; DAM; ISO 11357-1/-3
        

         295 °C563 °FDAM; Optimum
        

         285 - 305 °C545 - 581 °FDAM
        

        Mold Temperature 70.0 - 120 °C158 - 248 °FDAM
        

         100 °C212 °FDAM; optimum
        

        Drying Temperature 80.0 °C176 °FDAM
        

        Dry Time 2.00 - 4.00 hour2.00 - 4.00 hourDAM
        

        Moisture Content <= 0.20 %<= 0.20 %DAM
        

         
        Descriptive Properties
        AdditiveHeat StabilizerDAM
         Hydrolysis ResistantDAM
        AppearanceBlack ColorDAM
        Drying RecommendedYes, if moisture content of resin exceeds recommended levelDAM
        FeaturesAntifreeze ResistantDAM
         Chemical Resistance, GoodDAM
         Creep Resistance, GoodDAM
         Fatigue ResistantDAM
         Fuel ResistantDAM
         Grease ResistantDAM
         Heat Aging Resistance, GoodDAM
         Heat StabilizedDAM
         Hydrolysis ResistantDAM
         Oil ResistantDAM
         Stiffness, HighDAM
         Strength, HighDAM
         Thermal Aging Resistance, GoodDAM
        FillerGlass fiber reinforcementDAM
        FormsPelletsDAM
        GenericNylon 66DAM
        Material StatusCurrentDAM
        Part Marking Code>PA66-GF35<ISO 11469; DAM
        Polymer FamilyPolyamideDAM
        Polymer TypePA66DAM
        Processing MethodBlow MoldingDAM
         Injection MoldingDAM
        Product CategoryGlass Reinforced ResinsDAM
         Hydrolysis Resistant ResinsDAM
        Region Available - GlobalYesDAM
        Resin IdentificationPA66-GF35ISO 1043; DAM
        RoHS ComplianceContact ManufacturerDAM
        UsesAppliance ComponentsDAM
         Automotive ApplicationsDAM
         Electrical/Electronic ApplicationsDAM
         Industrial ApplicationsDAM
        
  
  

  

  
        
                        
        
                        
                    
        
                
        





                

                
        
                    
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