描述

玻璃纤维30%改性工程塑料增强增韧尼龙6颗粒的PA6具有良好的综合性能，包括机械性能、耐热性、耐磨性、耐化学性和自润滑性，以及低摩擦系数、一定程度的阻燃性、易加工性、，适用于玻璃纤维等填充物的增强改性，提高性能，扩大应用范围

30%玻璃纤维改性工程塑料增强增韧尼龙6颗粒的PA6

产品详细信息

产品名称	用（5%-55%）GF/（10%-50%）韧性/阻燃剂（V0，V1，V2）增强的PA6/PA66耐紫外线 颜色	定制的rowspan=“5”> 优点		有竞争力的价格、高质量、准时交货、免费样品
环境友好型 高耐热性、高抗冲击性 不含任何杂质 可以用玻璃纤维/韧性/阻燃剂/紫外线稳定剂进行加固
包装	25kg/袋（也可定制）

材料处理：必须适当干燥PA（尼龙）材料，以提供具有最佳强度和韧性的零件。尼龙

材料具有吸湿性，在注射成型过程中会因水分过多而降解

产品装在防潮容器中，成型前无需干燥。如果需要干燥，建议使用80°C的除湿或干燥剂干燥器。干燥时间取决于湿度水平，但4-6小时通常足够。确保最终含水量必须小于0.2%

典型轮廓：

熔体温度：230-250℃

模具温度：70-90℃，但是，在适用的情况下，可以使用低至45°C和高达105°C的温度，注射压力70-90MPa，注射速率：

建议快速填充速率，以确保熔体均匀输送到型腔，防止过早冻结。表面

外观直接受注射速率的影响

注：

尽管本出版物中的所有声明和信息被认为是准确可靠的，但它们是免费提供的，仅供参考，使用产品或应用所述建议获得的结果的风险和责任由用户承担。对于所描述的产品或所提供的设计、数据或信息，不作任何形式的明示或暗示的保证，包括适销性或特定用途的适用性保证。我们希望在大量订购前向客户免费发送样品

欢迎向我们发送反馈更多详细信息和低价将发送给您

密度

热偏转温度1.80兆帕colspan=“3”>200℃

<干燥时间干燥空气干燥器

玻璃纤维含量为30%的ProductNamePA6
产品说明尼龙6颗粒	产品等级注射	数据表<测试条件
		1.38g/cm3		ISO1183
成型收缩，横向		150x105x3；280℃/MT 80℃；500条	0.72%		ISO 2577
成型收缩，平行<跨度>150x105x3；280℃/MT 80℃；500条	0.16%		ISO2577
吸水率		在23℃下浇水	7%		ISO62
断裂拉伸应变5毫米/分钟	3%		ISO527-1,2
抗拉强度	5mm/min	175MPa		ISO527-1,2
抗弯强度			MPa		ISO178
弯曲强度2 mm/min	275MPa		ISO178-A
弯曲模量		2mm/min	8600MPa		ISO178-A
Izod冲击强度	23℃	78KJ/m2	ISO180-1U
熔点		215℃		ISO11357-1,3
模具温度	87-120℃
	ISO75-1,2
4h		ISO11357-2
干燥温度干燥空气干燥器			80℃		ISO11359-2
燃烧行为UL 94		1.5mm	HB

PA6 With Glass Fiber 30% Modify Engineering Plastic Reinforced And Toughened Nylon6 Pellet

PA has a good over all performance, including mechanical properties, heat resistance, wear resistance,
chemical resistance and self-lubricating, and the low coefficient of friction, a certain degree of flame
resistance, easy processing, suitable for use Glass fiber and other fillers filled with enhanced
modification, improve performance and expand the scope of application.

PA6 With Glass Fiber 30% Modify Engineering Plastic Reinforced And Toughened Nylon6 Pellet

Product Details

PROCESSING GUIDELINES

MATERIAL HANDLING :

PA (nylon) materials must be properly dried in order to provide parts with optimum strength and toughness.Nylon

materials are hygroscopic and will become degraded by excessive moisture during the injection molding process.

Products is supplied in moisture-protected containers and drying prior to molding is not required.If drying becomes

necessary, a dehumidifying or desiccant dryer operating at 80 °C is recommended.Drying time is dependent on

moisture level, but 4-6 hours is generally sufficient.make sure final moisture content must be less than 0.2%.

TYPICAL PROFILE :

Melt Temperature :230-250 °C

Mold Temperature : 70-90 °C, but temperatures of as low as 45 °C and as high as 105 °C can be used where

applicable

Injection Pressure 70-90MPa

FILL RATE:

Fast fill rates are recommended to ensure uniform melt delivery to the cavity and prevent premature freezing.Surface

appearance is directly affected by injection rate

NOTE:

Although all statements and information in this publication are believed to be accurate and reliable, they are

presented gratis and for guidance only, and risks and liability for results obtained by use of the products or

application of the suggestions described are assumed by the user.No warranties of any kind, either express or

implied , including warranties of merchantability or fitness for a particular purpose, are made regarding products

described or designs, data or information set forth

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