顆粒圖片：
包裝圖片：
成品圖片：
| Physical Properties | Metric | English | Comments | ||
|---|---|---|---|---|---|
| Specific Gravity | 1.42 g/cc | 1.42 g/cc | DAM; ASTM D792 | ||
| Density | 1.42 g/cc | 0.0513 lb/in³ | DAM; ISO 1183 | ||
| Filler Content | 36 % | 36 % | DAM | ||
| Linear Mold Shrinkage | 0.0020 cm/cm @Thickness 1.60 mm |
0.0020 in/in @Thickness 0.0630 in |
Flow; DAM | ||
| 0.0040 cm/cm @Thickness 6.40 mm |
0.0040 in/in @Thickness 0.252 in |
Flow; DAM | |||
| 0.0040 cm/cm @Thickness 3.20 mm |
0.0040 in/in @Thickness 0.126 in |
Flow; DAM | |||
| 0.0080 cm/cm @Thickness 1.60 mm |
0.0080 in/in @Thickness 0.0630 in |
Transverse; DAM | |||
| 0.0090 cm/cm @Thickness 3.20 mm |
0.0090 in/in @Thickness 0.126 in |
Transverse; DAM | |||
| 0.010 cm/cm @Thickness 6.40 mm |
0.010 in/in @Thickness 0.252 in |
Transverse; DAM | |||
| Linear Mold Shrinkage, Flow | 0.0030 cm/cm @Thickness 2.00 mm |
0.0030 in/in @Thickness 0.0787 in |
DAM; ISO 294-4 | ||
| Linear Mold Shrinkage, Transverse | 0.0080 cm/cm @Thickness 2.00 mm |
0.0080 in/in @Thickness 0.0787 in |
DAM; ISO 294-4 | ||
| Mechanical Properties | Metric | English | Comments | ||
| Tensile Strength at Break | 75.0 MPa @Temperature 23.0 °C |
10900 psi @Temperature 73.4 °F |
50%RH; ISO 527 | ||
| 110 MPa @Temperature 23.0 °C |
16000 psi @Temperature 73.4 °F |
DAM; ISO 527 | |||
| Tensile Strength | 105 MPa @Temperature 23.0 °C |
15200 psi @Temperature 73.4 °F |
DAM; ASTM D638 | ||
| Elongation at Break | 2.2 % @Temperature 23.0 °C |
2.2 % @Temperature 73.4 °F |
DAM; ISO 527 | ||
| 2.5 % @Temperature 23.0 °C |
2.5 % @Temperature 73.4 °F |
DAM; ASTM D638 | |||
| 3.5 % @Temperature 23.0 °C |
3.5 % @Temperature 73.4 °F |
50%RH; ISO 527 | |||
| Tensile Modulus | 6.20 GPa @Temperature 23.0 °C |
899 ksi @Temperature 73.4 °F |
50%RH; ISO 527 | ||
| 9.00 GPa @Temperature 23.0 °C |
1310 ksi @Temperature 73.4 °F |
DAM; ISO 527 | |||
| Flexural Strength | 159 MPa @Temperature 23.0 °C |
23100 psi @Temperature 73.4 °F |
DAM; ASTM D790 | ||
| Flexural Modulus | 6.90 GPa @Temperature 23.0 °C |
1000 ksi @Temperature 73.4 °F |
DAM; ASTM D790 | ||
| 8.00 GPa @Temperature 23.0 °C |
1160 ksi @Temperature 73.4 °F |
DAM; ISO 178 | |||
| Izod Impact, Notched | 0.430 J/cm @Temperature 23.0 °C |
0.806 ft-lb/in @Temperature 73.4 °F |
DAM; ASTM D256 | ||
| 0.530 J/cm @Temperature 23.0 °C |
0.993 ft-lb/in @Temperature 73.4 °F |
50%RH; ASTM D256 | |||
| Izod Impact, Unnotched | 4.80 J/cm @Temperature 23.0 °C |
8.99 ft-lb/in @Temperature 73.4 °F |
DAM; ASTM D4812 | ||
| Izod Impact, Notched (ISO) | 4.00 kJ/m² @Temperature -40.0 °C |
1.90 ft-lb/in² @Temperature -40.0 °F |
DAM; ISO 180/1A | ||
| 5.00 kJ/m² @Temperature 23.0 °C |
2.38 ft-lb/in² @Temperature 73.4 °F |
DAM; ISO 180/1A | |||
| Charpy Impact, Notched | 0.250 J/cm² @Temperature -40.0 °C |
1.19 ft-lb/in² @Temperature -40.0 °F |
DAM; ISO 179/1eA | ||
| 0.400 J/cm² @Temperature 23.0 °C |
1.90 ft-lb/in² @Temperature 73.4 °F |
DAM; ISO 179/1eA | |||
| Thermal Properties | Metric | English | Comments | ||
| 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; ASTM E 831 | ||
| 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 | 81.0 µm/m-°C @Temperature 23.0 - 55.0 °C |
45.0 µin/in-°F @Temperature 73.4 - 131 °F |
DAM; ISO 11359-1/-2 | ||
| 81.0 µm/m-°C @Temperature 23.0 - 55.0 °C |
45.0 µin/in-°F @Temperature 73.4 - 131 °F |
DAM; ASTM E 831 | |||
| Melting Point | 263 °C | 505 °F | 10°C/min; DAM; ISO 11357-1/-3 | ||
| 263 °C | 505 °F | DAM; ASTM D3418 | |||
| Deflection Temperature at 0.46 MPa (66 psi) | 252 °C | 486 °F | DAM; ASTM D648 | ||
| 255 °C | 491 °F | DAM; ISO 75-1/-2 | |||
| Deflection Temperature at 1.8 MPa (264 psi) | 235 °C | 455 °F | DAM; ASTM D648 | ||
| 235 °C | 455 °F | DAM; ISO 75-1/-2 | |||
| UL RTI, Electrical | 65.0 °C @Thickness 0.750 mm |
149 °F @Thickness 0.0295 in |
DAM; UL 746B | ||
| UL RTI, Mechanical with Impact | 65.0 °C @Thickness 0.750 mm |
149 °F @Thickness 0.0295 in |
DAM; UL 746B | ||
| UL RTI, Mechanical without Impact | 65.0 °C @Thickness 0.750 mm |
149 °F @Thickness 0.0295 in |
DAM; UL 746B | ||
| Flammability, UL94 | HB @Thickness 0.750 mm |
HB @Thickness 0.0295 in |
DAM; UL94 | ||
| HB @Thickness 0.750 mm |
HB @Thickness 0.0295 in |
DAM; IEC 60695-11-10 | |||
| Processing Properties | Metric | English | Comments | ||
| Melt Temperature | 295 °C | 563 °F | DAM; Optimum | ||
| 285 - 305 °C | 545 - 581 °F | DAM | |||
| Mold Temperature | 70.0 - 120 °C | 158 - 248 °F | DAM | ||
| 100 °C | 212 °F | DAM; optimum | |||
| Drying Temperature | 80.0 °C | 176 °F | DAM | ||
| Dry Time | 2.00 - 4.00 hour | 2.00 - 4.00 hour | DAM | ||
| Moisture Content | <= 0.20 % | <= 0.20 % | DAM | ||
| De |
|||||
| Appearance | Black Color | DAM | |||
| Drying Recommended | Yes, if moisture content of resin exceeds recommended level | DAM | |||
| Filler | Glass/Mineral | DAM | |||
| Forms | Pellets | DAM | |||
| Generic | Nylon 66 | DAM | |||
| Material Status | Current | DAM | |||
| Part Marking Code | >PA66-I(MD+GF)36< | ISO 11469; DAM | |||
| Polymer Family | Polyamide | DAM | |||
| Polymer Type | PA66 | DAM | |||
| Processing Method | Injection Molding | DAM | |||
| Product Category | Glass/Mineral Reinforced Resins | DAM | |||
| Low Warp Resins | DAM | ||||
| Resin Identification | PA66-I(MD+GF)36 | ISO 1043; DAM | |||
| RoHS Compliance | Contact Manufacturer | DAM | |||
概述
PA塑料(尼龍，聚酰胺)，英文名稱:Polyamide
PA的品種繁多，有PA6、PA66、PAll、PAl2、PA46、PA610、PA612、PAl010等，以及近幾年開發的半芳香族尼龍PA6T和特種尼龍等很多新品種。
物理性能
比重：PA6 1.14克/立方厘米，PA66 1.15克/立方厘米，PA1010 1.05克/立方厘米
成型收縮率：PA6 0.8-2.5% ，PA66 1.5-2.2%
成型溫度：220-300℃
干燥條件：100-110℃/12小時
堅韌、耐磨、耐油、,耐水、抗酶菌、但吸水大
燃燒鑒別方法：火焰上端黃色，下端藍色，燃燒后塑料熔滴落，起泡，離火后特殊的羊毛，指甲燒焦味和帶芹菜味
|
尼龍6： |
彈性好，沖擊強度，吸水較大 |
|
尼龍66： |
性能優于尼龍6，強度高，耐磨性好 |
|
尼龍610： |
與尼龍66相似，但吸水小，剛度低 |
|
尼龍1010： |
半透明，吸水小。耐寒性較好。適于制作一般機械零件、減磨耐磨零件、傳動零件以及化工、電器、儀表等零件 |
成型性能
1、結晶料，熔點較高，熔融溫度范圍窄，熱穩定性差，料溫超過300度、滯留時間超過30分鐘即分解。較易吸濕，需干燥，含水量不得超過0.3%。
2、流動性好，易溢料。宜用自鎖時噴嘴，并應加熱。
3、成型收縮范圍及收縮率大，方向性明顯，易發生縮孔、變形等。
4、模溫按塑件壁厚在20～90度范圍內選取，注射壓力按注射機類型、料溫、塑件形狀尺寸、模具澆注系統選定，成型周期按塑件壁厚選定。樹脂粘度小時，注射、冷卻時間應取長，并用白油作脫模劑。
5、模具澆注系統的形式和尺寸，增大流道和澆口尺寸可減少縮水。
聚酰胺的不足之處在于：由于熱膨脹和吸水性所至的尺寸精度不夠，耐酸性差，硬度和彈性模量不夠。經改良以后，也是比較優秀的工程塑料之一。
應用
汽車制造方面
用于制造燃料濾網、燃料過濾器、罐、捕集器、儲油槽、發動機汽缸蓋罩、散熱器水缸、平衡旋轉軸齒輪。也可用在汽車的電器配件、接線柱等。另外，它還可用作驅動、控制部件等。
電器電子工業
可用于制造電飯鍋、電動吸塵器、高頻電子食品加熱器，電器產品的接線柱、開關和電阻器等。
醫療器械儀器
用于醫用輸血管、取血器、輸液器等。PA單絲可做外科手術縫線、假發等；另外，電子打字機的數字旋轉盤、接線柱、傳動齒輪、印刷機的帶式過濾片等。
其它方面
用于制作一次性打火機體、堿性干電池襯墊，摩托車駕駛員的頭盔，辦公機器外殼，辦公用椅的角輪、座和靠背，冰鞋、釣魚線等，PA薄膜氣體阻隔性能優良，而且耐油性、耐低溫沖擊性、耐穿透性好，可用于肉、火腿腸等冷凍食品的包裝。聚酰胺還可棒材和板材，也作齒輪或其它傳動裝置。
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