PA66，CompaMid® PA 6.6 GF 30 HY对比PA66，CompaMid® PA 6.6 GF 30物性表,价格行情_搜料

牌号信息	CompaMid® PA 6.6 GF 30 HY 物性表 PA66 & 德国DimeLika 指导价格：暂无塑料库存：缺货	CompaMid® PA 6.6 GF 30 物性表 PA66 & 德国DimeLika 指导价格：暂无塑料库存：缺货
牌号简介	我们的新的可交联复合物PA 6.6是热塑性聚合物，由于β辐射交联，在较宽的温度范围内表现出弹性体的特性。由于交联，最初的热塑性材料能够承受高达400°C的高温，从而在热负荷下提供更大的形状保持力。由于其优异的性能特点，交联复合材料PA 6.6在许多情况下可以取代昂贵的高性能塑料，如PPA、PPS或LCP。从标准PA 6.6切换到复合PA 6.6时，无需更换模具，工艺参数也保持不变。由于其优异的电气和机械性能，交联复合材料PA 6.6化合物非常适合在电气和电子工业中应用。汽车应用由康帕米PA 6.6制成的交联部件用于发动机舱和排气系统，在这些系统中，耐热性和形状保持性以及耐盐、化学品和腐蚀性介质的要求最为苛刻。 Our new crosslinkable CompaMid® PA 6.6 compounds are thermoplastic polymers which behave like elastomers over a wide temperature range as a result of beta radiation cross-linking. Thanks to crosslinking, the originally thermoplastic material can withstand significantly higher temperatures of up to 400°C, thus providing greater shape retention under thermal load. Due to its excellent performance profile, crosslinkable CompaMid® PA 6.6 can replace costly high-performance plastics such as PPA, PPS or LCP in many cases. No mould changes are required when switching from standard PA 6.6 to CompaMid® PA 6.6, and the process parameters also remain the same. Electrical Applications Thanks to their outstanding electrical and mechanical properties, crosslinkable CompaMid ® PA 6.6 compounds are ideally suited for applications in the electrical and electronics industries. Automotive Applications Crosslinked components made of CompaMid ® PA 6.6 are used in the engine bay and exhaust system, where requirements are the toughest for heat resistance and shape retention, as well as resistance to salts, chemicals and corrosive media.	我们的新的可交联复合物PA 6.6是热塑性聚合物，由于β辐射交联，在较宽的温度范围内表现出弹性体的特性。由于交联，最初的热塑性材料能够承受高达400°C的高温，从而在热负荷下提供更大的形状保持力。由于其优异的性能特点，交联复合材料PA 6.6在许多情况下可以取代昂贵的高性能塑料，如PPA、PPS或LCP。从标准PA 6.6切换到复合PA 6.6时，无需更换模具，工艺参数也保持不变。由于其优异的电气和机械性能，交联复合材料PA 6.6化合物非常适合在电气和电子工业中应用。汽车应用由康帕米PA 6.6制成的交联部件用于发动机舱和排气系统，在这些系统中，耐热性和形状保持性以及耐盐、化学品和腐蚀性介质的要求最为苛刻。 Our new crosslinkable CompaMid® PA 6.6 compounds are thermoplastic polymers which behave like elastomers over a wide temperature range as a result of beta radiation cross-linking. Thanks to crosslinking, the originally thermoplastic material can withstand significantly higher temperatures of up to 400°C, thus providing greater shape retention under thermal load. Due to its excellent performance profile, crosslinkable CompaMid® PA 6.6 can replace costly high-performance plastics such as PPA, PPS or LCP in many cases. No mould changes are required when switching from standard PA 6.6 to CompaMid® PA 6.6, and the process parameters also remain the same. Electrical Applications Thanks to their outstanding electrical and mechanical properties, crosslinkable CompaMid ® PA 6.6 compounds are ideally suited for applications in the electrical and electronics industries. Automotive Applications Crosslinked components made of CompaMid ® PA 6.6 are used in the engine bay and exhaust system, where requirements are the toughest for heat resistance and shape retention, as well as resistance to salts, chemicals and corrosive media.

产品描述
厂家：	德国DimeLika	德国DimeLika
类别：	PA66 PA66	PA66 PA66
填料：	玻璃纤维 30	玻璃纤维 30
用途：
性能特点：	电气性好,可交联,耐水解,防火阻燃等级HB Good Electrical Properties,Crosslinked,Hydrolysis stability,HB	电气性好,可交联,防火阻燃等级HB Good Electrical Properties,Crosslinked,HB
加工条件：

技术参数

物理性能
PHYSICAL CompaMid® PA 6.6 GF 30 HY CompaMid® PA 6.6 GF 30 单位
UNIT 测试方法
TEST METHOD

吸水率(平衡，23℃，50% RH)
Water absorption rate % ISO 62

吸水率(饱和，23℃)
Water absorption rate % ISO 62

密度
Density g/cm³ ISO 1183

收缩率(MD：80℃)
Shrinkage rate % ISO 294-4

收缩率(TD：80℃)
Shrinkage rate % ISO 294-4

粘数
Viscosity number cm³/g ISO 307

机械性能
MECHANICAL CompaMid® PA 6.6 GF 30 HY CompaMid® PA 6.6 GF 30 单位
UNIT 测试方法
TEST METHOD

拉伸应变(屈服)
Tensile strain % ISO 527-2/50

拉伸应变(断裂)
Tensile strain % ISO 527-2/50

拉伸强度(屈服)
tensile strength MPa ISO 527-2/50

拉伸强度(断裂)
tensile strength MPa ISO 527-2/50

拉伸模量
Tensile modulus MPa ISO 527-1-2

冲击性能
IMPACT CompaMid® PA 6.6 GF 30 HY CompaMid® PA 6.6 GF 30 单位
UNIT 测试方法
TEST METHOD

简支梁无缺口冲击强度(-30℃)
Charpy Unnotch Impact strength kJ/m² ISO 179/1eU

简支梁无缺口冲击强度(23℃)
Charpy Unnotch Impact strength kJ/m² ISO 179/1eU

简支梁缺口冲击强度(-30℃)
Charpy Notched Impact Strength kJ/m² ISO 179/1eA

简支梁缺口冲击强度(23℃)
Charpy Notched Impact Strength kJ/m² ISO 179/1eA

热性能
THERMAL CompaMid® PA 6.6 GF 30 HY CompaMid® PA 6.6 GF 30 单位
UNIT 测试方法
TEST METHOD

热变形温度
Hot deformation temperature ℃

热变形温度(0.45 MPa，未退火)
Hot deformation temperature ℃ ISO 75-2/B

热变形温度(1.8 MPa，未退火)
Hot deformation temperature ℃ ISO 75-2/A

热变形温度(8.0 MPa，未退火)
Hot deformation temperature ℃ ISO 75-2/C

熔融温度
Melting temperature ℃ ISO 11357-3

线性热膨胀系数(MD：23~80℃)
Linear coefficient of thermal expansion 1/℃ ISO 11359-2

线性热膨胀系数(TD：23~80℃)
Linear coefficient of thermal expansion 1/℃ ISO 11359-2

电气性能
ELECTRICAL CompaMid® PA 6.6 GF 30 HY CompaMid® PA 6.6 GF 30 单位
UNIT 测试方法
TEST METHOD

体积电阻率
Volume resistivity ohms·cm IEC 60093

相对电容率(1 MHz)
Relative permittivity IEC 60250

相比漏电起痕指数(解决方案 A)
Compared to the leakage tracing index V IEC 60112

表面电阻率
Surface resistivity ohms IEC 60093

阻燃性能
FLAMMABILITY CompaMid® PA 6.6 GF 30 HY CompaMid® PA 6.6 GF 30 单位
UNIT 测试方法
TEST METHOD

0.80 mm
0.80 mm UL 94

备注

1 一般属性：这些不能被视为规格。

2 260 °CWZ, 600 Bar

1 一般属性：这些不能被视为规格。

2 260 °CWZ, 600 Bar


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技术参数
物理性能
机械性能
冲击性能
热性能
电气性能
阻燃性能
加工方式
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