佳 盼 塑 胶
JIA PAN SU JIAO
/ Product details
/ classification
PA6 8333G HI 含33%玻纤增强,抗冲击,尺寸稳定 流动性好
Ultramid® PA6 8333G HI
聚酰胺6
玻璃纤维增强材料,33%
BASF Corporation
产品说明
Ultramid 8333G HI is a 33% glass reinforced, impact modified PA6 injection molding compound developed for applications requiring improved dry as molded toughness in combination with a balance of strength, stiffness and excellent moldability/surface aesthetics. It is also available in heat stabilized (Ultramid 8333G HI HS) and/or pigmented versions.
Applications
Ultramid 8333G HI is generally recommended for application such as front wheel chair wheels, bicycle wheels, power tool housings, chain saw housings, clips and fasteners, hose clamps and window hardware.
UL 黄卡2：E36632-231151
填料增强：含33%玻璃纤维增强材料
含添加剂：冲击调节器
材料特点：半结晶，尺寸稳定，低粘度，改良抗撞击性，刚性好，高强度，可加工性好，流动性好，耐化学，耐磨蚀
产品用途：车轮，动力/其它工具，工业领域，外壳，紧固件
颜色外观：自然色
产品形式：颗粒料
加工方法：注射成型
塑料牌号：PA6 8333G HI
定属记号：尼龙6
物料数据
|
物理性能 |
干燥 |
调节后的 |
单位制 |
测试方法 |
|
比重 |
1.34 |
-- |
g/cm³ |
ASTM D792,ISO 1183 |
|
收缩率 - 流动(3.18 mm) |
0.30 |
-- |
% |
|
|
吸水率 |
|
|
|
|
|
24 hr |
0.90 |
-- |
% |
ASTM D570 |
|
23℃,24 hr |
0.90 |
-- |
% |
ISO 62 |
|
饱和 |
5.5 |
-- |
% |
ASTM D570 |
|
饱和,23℃ |
5.5 |
-- |
% |
ISO 62 |
|
平衡,50% RH |
1.5 |
-- |
% |
ASTM D570 |
|
平衡,23℃,50% RH |
1.5 |
-- |
% |
ISO 62 |
|
硬度 |
干燥 |
调节后的 |
单位制 |
测试方法 |
|
洛氏硬度(R 级) |
121 |
-- |
|
ASTM D785 |
|
机械性能 |
干燥 |
调节后的 |
单位制 |
测试方法 |
|
拉伸模量 |
|
|
|
ISO 527-2 |
|
-40℃ |
9200 |
-- |
MPa |
|
|
23℃ |
9300 |
4610 |
MPa |
|
|
121℃ |
2660 |
-- |
MPa |
|
|
抗张强度 |
|
|
|
|
|
断裂,23℃ |
152 |
90.0 |
MPa |
ASTM D638 |
|
断裂,23℃ |
145 |
90.0 |
MPa |
ISO 527-2 |
|
伸长率(断裂,23℃) |
3.5 |
6.0 |
% |
ASTM D638,ISO 527-2 |
|
弯曲模量 |
|
|
|
|
|
-40℃ |
8820 |
9500 |
MPa |
ASTM D790 |
|
23℃ |
8000 |
4830 |
MPa |
ASTM D790 |
|
65℃ |
4040 |
3290 |
MPa |
ASTM D790 |
|
90℃ |
3280 |
3250 |
MPa |
ASTM D790 |
|
121℃ |
3040 |
2970 |
MPa |
ASTM D790 |
|
23℃ |
7200 |
5030 |
MPa |
ISO 178 |
|
弯曲强度 |
|
|
|
|
|
-40℃ |
310 |
297 |
MPa |
ASTM D790 |
|
23℃ |
241 |
124 |
MPa |
ASTM D790 |
|
65℃ |
130 |
110 |
MPa |
ASTM D790 |
|
90℃ |
105 |
100 |
MPa |
ASTM D790 |
|
121℃ |
89.0 |
90.0 |
MPa |
ASTM D790 |
|
23℃ |
215 |
120 |
MPa |
ISO 178 |
|
冲击性能 |
干燥 |
调节后的 |
单位制 |
测试方法 |
|
简支梁缺口冲击强度 |
|
|
|
ISO 179 |
|
-30℃ |
10 |
-- |
kJ/m² |
|
|
23℃ |
20 |
-- |
kJ/m² |
|
|
简支梁无缺口冲击强度(23℃) |
78 |
-- |
kJ/m² |
ISO 179 |
|
悬壁梁缺口冲击强度 |
|
|
|
|
|
23℃ |
240 |
-- |
J/m |
ASTM D256 |
|
-40℃ |
14 |
-- |
kJ/m² |
ISO 180 |
|
23℃ |
21 |
-- |
kJ/m² |
ISO 180 |
|
Drop Impact Resistance(23℃) |
4.88 |
-- |
J |
内部方法 |
|
热性能 |
干燥 |
调节后的 |
单位制 |
测试方法 |
|
热变形温度 |
|
|
|
|
|
0.45 MPa,未退火 |
220 |
-- |
℃ |
ISO 75-2/B |
|
1.8 MPa,未退火 |
210 |
-- |
℃ |
ASTM D648 |
|
1.8 MPa,未退火 |
205 |
-- |
℃ |
ISO 75-2/A |
|
熔融峰值温度 |
220 |
-- |
℃ |
ASTM D3418,ISO 3146 |
|
线形热膨胀系数 |
|
|
|
|
|
流动 |
2.4E-5 |
-- |
cm/cm/℃ |
|
|
横向 |
8.4E-5 |
-- |
cm/cm/℃ |
|
|
RTI Elec |
|
|
|
UL 746 |
|
0.800 mm |
105 |
-- |
℃ |
|
|
1.50 mm |
105 |
-- |
℃ |
|
|
3.00 mm |
105 |
-- |
℃ |
|
|
RTI Imp |
|
|
|
UL 746 |
|
1.50 mm |
85.0 |
-- |
℃ |
|
|
3.00 mm |
95.0 |
-- |
℃ |
|
|
RTI |
|
|
|
UL 746 |
|
0.800 mm |
130 |
-- |
℃ |
|
|
1.50 mm |
140 |
-- |
℃ |
|
|
3.00 mm |
140 |
-- |
℃ |
|
|
电气性能 |
干燥 |
调节后的 |
单位制 |
测试方法 |
|
体积电阻率 |
|
|
|
|
|
1.50 mm |
> 1.0E+13 |
-- |
ohm·cm |
ASTM D257 |
|
-- |
> 1.0E+13 |
-- |
ohm·cm |
IEC 60093 |
|
介电强度 |
43 |
-- |
kV/mm |
IEC 60243-1 |
|
介电常数 |
|
|
|
IEC 60250 |
|
100 Hz |
3.60 |
-- |
|
|
|
1 MHz |
3.40 |
-- |
|
|
|
耗散因数 |
|
|
|
IEC 60250 |
|
100 Hz |
0.010 |
-- |
|
|
|
1 MHz |
0.010 |
-- |
|
|
|
漏电起痕指数 |
600 |
-- |
V |
IEC 60112 |
|
可燃性 |
干燥 |
调节后的 |
单位制 |
测试方法 |
|
UL 阻燃等级 |
|
|
|
UL 94 |
|
0.800 mm |
HB |
-- |
|
|
|
1.50 mm |
HB |
-- |
|
|
|
3.00 mm |
HB |
-- |
|
|
|
注射 |
干燥 |
单位制 |
||
|
干燥温度 |
80.0 |
℃ |
||
|
干燥时间 |
2.0 到 4.0 |
hr |
||
|
建议的最大水分含量 |
0.080 |
% |
||
|
料筒后部温度 |
245 到 275 |
℃ |
||
|
料筒中部温度 |
260 到 285 |
℃ |
||
|
料筒前部温度 |
270 到 295 |
℃ |
||
|
射嘴温度 |
270 到 295 |
℃ |
||
|
加工（熔体）温度 |
270 到 295 |
℃ |
||
|
模具温度 |
80.0 到 95.0 |
℃ |
||
|
注塑压力 |
3.50 到 12.5 |
MPa |
||
|
注射速度 |
快速 |
|
||
Ultramid® polyamides are molding compounds based on PA 6, PA 66 and copolyamides such as PA 66/6. Due to their outstanding properties these materials have become indispensable in almost all fields of engineering for the most varied components and machine parts, as high-quality electrical insulating materials and for many special applications.
