PA6 B31SK物性表
PA6（UltramidB3S）材料物性
PA6（UltramidB3S）材料物性Product InformationJune 2005Ultramid? B3S(PA6)Product descriptionEasy flowing, finely crystalline injection moulding grade for very fastprocessing. Uses include thin-walled technical parts (eg housing, fittings, grips, small parts, anchors and fixing clamps).Physical form and storageUltramid? B grades are supplied pre-dried and ready for processing as a cylindrical or sphericalpellet in moisture-proof packaging. The bulk density is approximately 0,75g/cm3. Standardpackaging are the special 25kg bag and the 1000kg bulk container (octagonal IBC= intermediatebulk container made from corrugated board with a liner bag). Subject to agreement other forms ofpackaging types and road or rail bulk shipment are also available. All containers are tightly sealedand should be opened only immediately prior to processing. To avoid moisture absoprtion from theair, the containers must be stored in dry rooms and always carefully be sealed again once thecontainer has been opened. Containers stored in cold rooms should be allowed to equilibrate tonormal temperature before opening to avoid condensation .Ultramid? can be kept indefinitely in the undamaged bags. Experience has shown that productsupplied in IBCs can be stored for about 3months without any adverse effects on processing properties due to moisture absorption.Product safetyUltramid? B melts are thermally stable in the usual temperature range up to 310°C and do not causehazards due to molecular degradation or the evolutionon of gases and vapors. Like all thermoplasticpolymers Ultramid? decomposes if exposed to excessive heat, e.g. when it is overheated or as aresult of cleaning by burning off. In such cases gaseous decomposition products are formed.Decomposition accelerates above approximately 310°C, the products formed being mainly carbonmonoxide and ammonia and caprolactam . At temperatures above about 350°C small quantities ofpungent smelling vapors of aldehydes, amines and other nitrous decomposition products areformed.Further safety information see safety data sheet of the individual product.NoteThe information submitted in this publication is based on our current knowledge and experience. Inview of the many factors that may affect processing and application, these data do not relieveprocessors of the responsibility of carrying out their own tests and experiments; neither do they implyany legally binding assurance of certain properties or of suitability for a specific purpose. It is theresponsibility of those to whom we supply our products to ensure that any proprietary rights andexisting laws and legislation are observed. In order to check the availability of products pleasecontact us or our sales agency.BASF Aktiengesellschaft67056 Ludwigshafen, GermanyBASF Aktiengesellschaft67056 Ludwigshafen, GermanyUltramid ?B3STypical values at 23°C 1) Test method UnitCondition ValuesPropertiesAbbreviated term ISO 1043 - - PA6DensityISO 1183 g/cm 3- 1.13 Viscosity number (solution 0.005 g/ml sulfuric acid) ISO 307 ml/g - 145Colour: natural (n), coloured (c), black (bk) - - - c Water absorption, equilibrium in water at 23°C ISO 62 % - 9.00 - 10.00 Moisture absorption, equilibrium 23°C/50% r.h. ISO 62 % - 2.60 - 3.40ProcessingMelting temperature, DSC ISO 3146 °C - 220Melt volume rate MVR 275/5ISO 1133 cm 3/10 min - 175Melt temperature, injection moulding/extrusion - °C - 250 - 270 Mould temperature, injection moulding- °C - 40 - 80 Moulding shrinkage, constrained 6)- % - 0.55 FlammabilityUL94 rating at 1.6 mm thicknessUL 94 class - V-2 Automotive materials (thickness d ≥ 1mm) FMVSS 302- - + Mechanical propertiesTensile modulusISO 527-2 MPa dry/cond. 3400/1200 Yield stress (v = 50 mm/min), Stress at break (v = 5 mm/min)* ISO 527-2 MPa dry/cond. 90/45 Yield strain (v = 50 mm/min)ISO 527-2 % dry/cond. 4.0/20.0 Nominal strain at break, Strain at break*ISO 527-2 % dry/cond. 10.0/>50.0 Tensile creep modulus, 1000 h, strain ≤ 0.5%, +23°C ISO 899-1 MPa cond. 1100 Flexural modulus ISO 178 MPa dry/cond. 3000/ Flexural strength ISO 178 MPa dry/cond.Charpy unnotched impact strength 3)+23°C ISO 179/1eU kJ/m 2dry/cond. 250/NCharpy unnotched impact strength -30°CISO 179/1eU kJ/m 2dry 200Charpy notched impact strength 3)+23°C ISO 179/1eA kJ/m 2dry/cond. 4.5/50.0Charpy notched impact strength -30°CISO 179/1eA kJ/m 2dry 3.0Izod notched impact strength 1A 3)+23°C ISO 180/1A kJ/m 2dry/cond. 4.0/NIzod notched impact strength 1A -30°C ISO 180/1A kJ/m 2 dry 3.0 Ball indentation hardness H 358/30, H 961/30* ISO 2039-1MPa dry/cond. 160/* Thermal propertiesDeflection temperature 1.8 MPa (HDT A) ISO 75-2 °C - 65Deflection temperature 0.45 MPa (HDT B)ISO 75-2 °C - 180Max. service temperature (short cycle operation) 2)- °C - >180 Temperature index at 50% loss of tensile strength after 20000 h / 5000 h IEC 216-1 °C - 87 / 97Thermal coefficient of linear expansion, longitudinal / transverse (23-80)°C DIN 53752 10-4/K- 0.7 - 1 / Thermal conductiv ity DIN 52 612 W(m · K) - 0.33 Specific heat capacity - J(kg · K) - 1700.00 Electrical properties Dielectric constant at 1 MHz IEC 60250 - dry/cond.3.3/7.0 Dissipation factor at 1 MHz IEC 60250 10-4dry/cond. 300/3000Volume resistivity IEC 60093 ? · m dry/cond. 1013/1010Surface resistivity IEC 60093 ? dry/cond. 1013/1010CTI, solution AIEC 60112- cond. 600Footnotes:1) for uncoloured product, unless defined otherwise in theproduct name2) Empirical values determined on articles repeatedly subjected to the temperature concerned for several hours at a time over a period of several years. The proviso is that the articles were properly designed and processed according to our recommendations. 3) N = no break.6) Test box with central gating, dimensions of base (107·47·1,5) mm,processing conditions: T M PA6 = 260 °C, T M PA66 = 290 °C, mould surface temp. MST = 60 °C for unreinforced, MST = 80 °C for reinforced.。
PA6 增韧级物性
SCHEDA TECNICATECHNICAL DATA SHEETVersione 1Aggiornata: 03/03/11Le informazioni contenute in questo documento vengono fornite in buona fede e con scopo puramente indicativo da valutare attentamente in funzione delle esigenze progettuali. I valori sono riferiti a provini stampati e condizionati: 40h - 23°C - 50% U.R. Prodotto non idoneo per applicazioni alimentari e/o medicali se non diversamente indicato. Non deve essere considerato in alcun caso come un vincolo contrattuale o garanzia da parte nostra, specialmente in caso di utilizzo improprio dei nostri prodotti da parte di terzi.The information contained herein are supplied in good faith and given purely as an indication. Properties should be carefully evaluated for all projects requirements. Values are referred to moulded samples conditioned for 40h - 23°C - 50% U.R. Unless otherwise posted this product is not suitable for food and/or medical application and use. They shall not be considered in any way as a formal commitment or warranty on our part especially in case of improper use of our products from third parties.SCT REV. 1 DEL 01/01/11POLIMID B NATURALE EM1PA 6 – BUONA RESISTENZA ALL’URTO PA 6 – GOOD IMPACT RESISTANCEPROPRIETA’ PropertiesNORME Standard UNITA’ Unit VALORI TIPICI Typical ValuesFISICHE & TERMICHE / PHYSICAL & THERMALDENSITA’ DensityISO 1183 g/cm³ 1.10 PUNTO DI FUSIONE Melting PointDSC °C 222 RITIRO ALLO STAMPAGGIO (medio) Mold Shrinkage (average)- % 1.1 – 1.5 ASSORBIMENTO UMIDITÀ (immersione in acqua) Moisture Absorption (water immersion) 23o C - 24h ISO 62 % 1.8 INDICE DI FLUIDITA’ Melt Flow IndexISO 1133 g/10min - TEMPERATURA DI RAMMOLLIMENTO VICAT BVicat Softening Temperature B 9,8 N ISO 306 °C 205 TEMPERATURA DI INFLESSIONE SOTTO CARICO Heat Deflection Temperature 0,45 MPa ISO 75-2 °C 175 TEMPERATURA DI INFLESSIONE SOTTO CARICOHeat Deflection Temperature 1,81 MPa ISO 75-2°C 75 RESISTENZA AL CALORE / Test della biglia Heat Resistance / Ball testIEC 335-1 IEC 60695-10-2°C > 165 TEMPERATURA DI ESERCIZIO CONTINUO (senza carico) Continuous Use Temperature (without load)-°C80MECCANICHE / MECHANICALCARICO DI TRAZIONE a snervamento Tensile Strength at YieldISO 527 MPa 78 CARICO DI TRAZIONE a rottura Tensile Strength at BreakISO 527 MPa - MODULO ELASTICO a trazione Tensile ModulusISO 527 MPa 2600 ALLUNGAMENTO IN TRAZIONE a snervamento Tensile Strain at YieldISO 527 % 6.0 ALLUNGAMENTO IN TRAZIONE a rottura Tensile Strain at BreakISO 527 % 85 IZOD - RESISTENZA ALL’URTO con intaglio Izod - Notched Impact StrengthISO 180/A KJ/ m² 10 IZOD - RESISTENZA ALL’URTO senza intaglio Izod - Unnotched Impact StrengthISO 180/UKJ/m²NELETTRICHE & AUTOESTINGUENZA / ELECTRICAL & FLAME RETARDANCYRESISTENZA ALLE CORRENTI STRISCIANTI (CTI) Comparative Tracking Index (CTI) IEC 60112 V > 600 GRADO DI INFIAMMABILITA’Flammability 3,2 /1,6 / 0,8 mm UL 94 - HB FILO INCANDESCENTE (GWT)Glow Wire Flammability Index GWFI - 2 mm IEC 60695-2-12 °C - FILO INCANDESCENTE (GWT)Glow Wire Ingnition Temperature GWIT - 2 mmIEC 60695-2-13°C-CONDIZIONI DI STAMPAGGIO (consigliate) / Molding conditions (suggested)Temperatura di essiccazione Drying Temperature ≥ 3 h / 80 - 100 o C Temperatura di stampaggio Molding temperature 230 - 250 o C Temperatura stampo Mold temperature 60 - 70 o C。
PA6物性表.
物性表塑料名称(Polymer) PA 6 (Nylon)厂商名称(Company) MonTor商品名称(Trade Name) MonTor规格(Grade) CM1011G-30特征(Characteristic) 良好的平衡特性& 一般用途加工方法(Process注塑成型Method)物性名称单位测试方法填充剂含量％ASTM D2584 30.00 Filler Content比重g/cm³ASTM D792 1.36 Specific Gravity融点℃ASTM D789 225.00 Melting Point流动指数g/10 minMFR,(MI)吸湿率@24h/23℃％ASTM D570 1.10 Water Absorption成形收缩率％MD(Mold Shrinkage)成形收缩率％TD(Mold Shrinkage)伸张断裂强度Tensile Strength atMPaBreak伸张降伏强度MPa ASTM D638 167.00 Tensile Strength atYield断裂伸张率Tensile Elongation at％ASTM D638 5.00 Break伸张弹性系数MPaTensile Modulus弯曲强度MPa ASTM D790 255.00 Flexural Strength弯曲弹性系数MPa ASTM D790 7860.00 Flexural Modulus艾氏耐冲击强度(缺口式)Izod Impact StrengthJ/m(notched)洛式硬度或秀尔硬度Rockwell/ShoreHardenes热变形温度0.46 MPa℃ASTM D648 224.00 Heat Distortion Temp热变形温度 1.82 MPa℃ASTM D648 215.00 Heat Distortion Temp线膨胀系数10¯5mm/mm/℃ASTM D696 2.50 Coefficient of LinearThermat Expansion介电强度kV/mm ASTM D149 20.00 Dielectric Strength介电常数MHz ASTM D150 4.00 Dielectric Constant耐电弧性SecArc Resistance耐燃性Flammability【SI】【公制】【英制】。
PA6 物性及用途
PA6简介品名：聚酰胺6或尼龙6（PA6）分子式：[-NH-（CH2）5－CO]n－性状：半透明或不透明乳白色结晶形聚合物特性：热塑性、轻质、韧性好、耐化学品和耐久性好燃烧鉴别方法：蓝底黄火焰，烧植物味溶剂实验：耐环己酮和芳香溶剂密度：1.13g／cm3熔点：215℃热分解温度：＞300℃平衡吸水率：3．5％具有良好的耐磨性、自润滑性和耐溶剂性。
密度：(g／cm3) 1.14-1.15熔点：215-225℃拉伸强度：＞ 60．0Mpa伸长率：＞ 30%弯曲强度： 90.0Mpa缺口冲击强度：(KJ／m2) ＞ 5应用范围工业生产中泛用于制造轴承、圆齿轮、凸轮、伞齿轮、各种滚子、滑轮、泵叶轮、风扇叶片、蜗轮、推进器、螺钉、螺母、垫片、高压密封圈、耐油密封垫片、耐油容器、外壳、软管、电缆护套、剪切机滑轮套、牛头刨床滑块、、电磁分配阀座、冷陈设备、衬垫、轴承保持架、汽车和拖拉机上各种输油管、活塞、绳索、传动皮带，纺织机械工业设备零雾料，以及日用品和包装薄膜等。
加工工艺干燥处理：由于PA6很容易吸收水分，因此加工前的干燥特别要注意，如果材料是用防水材料包装供应的，则容器应保持密闭。
如果湿度大于0.2%，建议在80℃以上的热空气中干燥16小时。
如果材料已经在空气中暴露超过8小时，建议进行温度为105℃，8小时以上的真空烘干。
融化温度：230-280℃，对于增强品种为250-280℃。
模具温度：80-90℃。
模具温度很显著地影响洁净度，而洁净度又影响着塑件的机械特性。
对于结构部件来说结晶度很重要，因此建议模具温度为80-90℃。
对于薄壁的、流程较长的塑件也建议施用较高的模具温度。
增大模具温度可以提高塑件的强度和刚度，但却降低了韧性。
如果壁厚大于3mm，建议使用20-40℃的低温模具。
对于玻璃纤维增强材料模具温度应大于80℃。
注射压力：一般在750-1250bar之间（取决于材料和产品设计）注射速度：高速（对增强材料要稍微降低）流道和浇口：对于PA6的凝固时间很短，因此浇口的位置非常重要。
通用尼龙物性表
尼龙(PA)材料的特性一尼龙简介尼龙(Nylon,Polyamide,简称PA)是指由聚酰胺类树脂构成的塑料。
此类树脂可由二元胺与二元酸通过缩聚制得，也可由氨基酸脱水后形成的内酰胺通过开环聚合制得，与PS、PE、PP等不同，PA不随受热温度的升高而逐渐软化，而是在一个靠近熔点的窄的温度范围内软化，熔点很明显，熔点：215-225℃。
温度一旦达到就出现流动。
PA的品种很多，主要有PA6、PA66、PA610、PA11、PA12、PA1010、PA612、PA46、PA6T、PA9T、MXD-6芳香醯胺等.以PA6、PA66、PA610、PA11、PA12最为常用.尼龙类工程塑料外观上都呈现为角质、韧性、表层光亮、白色（或乳白色）或微黄色、透明或半透明的结晶性树脂，它容易被著成任一种颜色。
作为工程塑料的尼龙分子量一般为1.5-3万。
它们的密度均稍大于1，密度：1.14-1.15g ／cm3。
拉伸强度：＞ 60．0Mpa。
伸长率：＞ 30%。
弯曲强度： 90.0Mpa 。
缺口冲击强度：(KJ／m2) ＞ 5。
尼龙的收缩率为1%~2%. 需注意成型后吸湿的尺寸变化。
吸水率 100% 相对吸湿饱和时能吸8%.使用温度可－40～105℃之间。
熔点：215-225℃。
合適壁厚2-3.5mm. PA的机械性能中如抗拉抗压强度随温度和吸湿量而改变，所以水相对是PA的增塑剂，加入玻纤后，其抗拉抗压强度可提高2倍左右，耐温能力也相应提高，PA本身的耐磨能力非常高，所以可在无润滑下不停操作，如想得到特別的润滑效果，可在PA中加入硫化物。
二 PA性能的主要优点有：1. 机械强度高，韧性好，有较高的抗拉、抗压强度。
比拉伸强度高于金属，比压缩强度与金属不相上下，但它的刚性不及金属。
抗拉强度接近于屈服强度，比ABS 高一倍多。
对冲击、应力振动的吸收能力强，冲击强度比一般塑料高了许多，并优于缩醛树脂。
2. 耐疲劳性能突出，制件经多次反复屈折仍能保持原有机械强度。
PA6_泰国宇部_1013B通用注塑级_物性认证数据表
表面电阻率
ASTM D257/IEC 60093
Ω
耐电弧性
ASTM D495/IEC 60112
加工条件
干燥条件
加工温度
射嘴
℃
料筒前段
%
料筒中段
℃
料筒后段
℃
熔体温度
℃
模具温度
℃
压力
注塑压力
Mpa
保压压力
Mpa
背压
Mpa
螺杆转速
rpm
其他
备注
颜色
特性
ASTM D1525/ISO R306
℃（℉）
熔点
-
215-225
℃（℉）
燃烧性（率）
UL94
线性膨胀系数
ASTM D696/ISO 11359
mm/mm.℃
电气性能
介电常数
100HZ
ASTM D150/IEC 60250
3.8
1MHZ
ASTM D150/IEC 60250
体积电阻率
ASTM D257/IEC 60093
洛氏硬度
ASTM D785
85
IZOD缺口冲击强度
1/4"23℃
ASTM D25cm(J/M)ft·lb/in
1/4"-30℃
ASTM D256/ISO 179
kg·cm/cm(J/M)ft·lb/in
1/8"23℃
ASTM D256/ISO 179
kg·cm/cm(J/M)ft·lb/in
拉伸屈服伸长率(延伸率)
ASTM D638/ISO 527
8
%
拉伸断裂伸长率(延伸率)
ASTM D638/ISO 527
PA6材质报告单
PA6材质报告单材料概述：PA6，即聚酰胺6（Polyamide 6），是一种热塑性树脂。
它由己内酰胺（hexamethylene diamine）和己二酸（adipic acid）通过聚合反应制得。
PA6是一种具有良好机械强度、刚度和韧性的材料，广泛应用于各种工业领域。
材料特性：1.机械性能优异：PA6具有较高的抗张强度和抗冲击性能，具备良好的刚性和韧性。
2.耐磨性：PA6具有很好的耐磨性能，适用于需要抵抗磨损的应用场景。
3.耐腐蚀性：PA6对常见的化学物质具有良好的耐腐蚀性。
4.耐热性：PA6具有良好的耐热性，在高温环境下仍能保持较好的性能稳定性。
5.良好的电气绝缘性能：PA6能够有效阻隔电流，具有良好的绝缘性能。
6.吸水性：PA6对水有较高的吸水性，吸水后尺寸会发生变化。
7.易加工性：PA6具有良好的可塑性和可加工性，适合各种成型方法。
应用领域：1.汽车行业：PA6广泛应用于汽车制造领域，例如汽车发动机罩、车身结构零件和内饰件等。
2.电子电器行业：PA6被用于制造电子电器产品的外壳、插座、开关等部件，具备良好的绝缘性能和耐用性。
3.机械工程领域：PA6常用于制造齿轮、轴承、连杆和垫片等机械零件，具备优良的耐磨性和耐冲击性。
4.化工行业：PA6可用于制造化学管道、储罐、泵体等耐腐蚀性要求较高的设备。
5.医疗行业：PA6被广泛应用于医疗器械制造，例如手术器械、骨钉和支架等。
材料特点及优势：1.轻质高强度：PA6具有较低的密度，重量轻且强度高，适用于要求轻量化设计的产品。
2.耐热性和耐候性：PA6在高温下仍能保持较好的力学性能，即使在恶劣的外部环境下仍能长期稳定。
3.耐化学腐蚀性：PA6对一些化学物质具有良好的耐腐蚀性，可以在化学环境下使用。
4.特殊性能调整：PA6可以通过添加剂的加入来调整特定性能，如抗静电性、阻燃性等。
总结：PA6作为一种优良的工程塑料，在各个工业领域得到广泛应用。
其优异的机械性能、耐热性、耐腐蚀性以及良好的加工性能使其成为制造各种零部件和器件的理想材料。
PA6 朗盛 B30S 物性表
PA6朗盛Durethan B30S物性表：产品提供久隆塑胶原料tEL134********熔体体积流动速度,MVR110/*cm?10min ISO1133温度260/*癈ISO1133载荷5/*kg ISO1133拉伸模量3200/1000MPa ISO527-1/-2屈服应力80/40MPa ISO527-1/-2屈服伸长率4/20%ISO527-1/-2名义断裂伸长率20/>50%ISO527-1/-2拉伸蠕变模量,1h*/800MPa ISO899-1拉伸蠕变模量,1000h*/600MPa ISO899-1无缺口简支梁冲击强度,+23°C N/NkJ/m?ISO179/1eU无缺口简支梁冲击强度,-30°C N/NkJ/m?ISO179/1eU简支梁缺口冲击强度,+23°C10/20kJ/m?ISO179/1eA 简支梁缺口冲击强度,-30°C10/10kJ/m?ISO179/1eA 冲孔最大力,+23°C5140/-N ISO6603-2冲孔最大力,-30°C6540/-N ISO6603-2冲孔功,+23°C12/-J ISO6603-2冲孔功,-30°C10/10J ISO6603-2熔融温度,10°C/min222/*ISO11357-1/-3热变形温度,1.80MPa55/*ISO75-1/-2热变形温度,0.45MPa160/*ISO75-1/-2维卡软化温度,50°C/h50N200/*ISO306线性热膨胀系数,平行100/*E-6/K ISO11359-1/-2线性热膨胀系数,垂直110/*E-6/K ISO11359-1/-2 1.5mm名义厚度时的燃烧性V-2/*class IEC60695-11-10测试用试样的厚度 1.6/*mm IEC60695-11-10燃烧性－氧指数26/*%ISO4589-1/-2相对介电常数.,100Hz4/15-IEC60250相对介电常数.,1MHz3.5/4-IEC60250介质损耗因子,100Hz170/2000E-4IEC60250介质损耗因子,1MHz200/1200E-4IEC60250体积电阻率1E13/1E10Ohm*m IEC60093表面电阻率*/1E13Ohm IEC60093介电强度30/30kV/mm IEC60243-1相对漏电起痕指数600/--IEC60112吸水性10/*%类似ISO62吸湿性3/*%类似ISO62密度1140/-kg/m?ISO1183粘数134/*cm?g ISO307,1157,1628熔体密度970kg/m?-熔体0.183W/(m K)-熔体的比热2700J/(kg K)-有效导热率a7E-8m?s-喷射温度140-注塑,熔体温度260ISO294注塑,模具温度80ISO10724PA6朗盛Durethan B30S注塑参数：最大含水量：0.1％，烘干温度：80℃干燥时间：2-20小时（将取决于初始含水量）熔体温度：260-280°C模具温度：80-100°C。
BASF-PA6主要原料物性PPT课件
湿 20/35 KJ/m2 断裂应力（V=50mm/min） 干/湿 150/100 MPa 卡毕冲击强度 30℃，干 90 KJ/m2 伸长率 ≤0.5%, +23℃，湿 3000 MPa 球压
硬度 干/湿 180/110 MPa 拉伸蠕变模量 1000h，湿 3000 MPa 断裂伸长率（V=50mm/min） 干/湿 5/8 % 屈服伸长率（V=50mm/min） 干/
期快，产量高得制品） KR4407（适合其他性质得工程制品） KR4409（适合抗冲击性强度好得制品） KR4411（低粘度，适合成型周期快，产量高，
一般通用的制品） KR4412（低粘度，适合一般通用的制品） KR4446（特殊级，适合矿物质填充增强得制品） （2）尼龙6/尼龙66 PA6/PA66
耐摩擦磨耗性得制品 A3WC4：改进增强级，含20%碳纤维制品 A3XG5：阻燃增强级，含25%玻纤增强得UL94V-0 A3XG7：阻燃增强级，含35%玻纤
增强得UL94V-0 A3Z：注塑级，耐冲击得制品 A3ZG6：耐冲击增强级，含30%玻纤增强 A3ZM4：耐冲击级，含20%矿物质增强改性得制品 A5：高粘
B3WG6（注塑增强级，含30%玻纤增强）
B3WG7（注塑增强级，含35%玻纤增强）
B3WG10（注塑增强级，含50%玻纤增强）
B3WM602（注塑增强级，含30%矿物质增强改性制品）
B3ZG3（耐冲击增强级，含15%玻纤增强）
B3ZG6（耐冲击增强级，含30%玻纤增强）
B3ZG8（耐冲击增强级，含40%玻纤增强）
态 0.32 W/(m.K) Ultramid是以PA6、PA66和各种共聚物（如PA6/66、PA66/6以及部分芳香族聚酰胺）为基础的聚酰胺成型化合物。由于它们良
B3S物性表
B3S06/2008PA6Product descriptionEasy flowing, finely crystalline injection moulding grade for very fastprocessing. Uses include thin-walled technical parts(eg housing, fittings, grips, small parts and fixing clamps).Physical form and storageUltramid® PA6 grades are supplied pre-dried and ready for processing as a cylindrical or spherical pellet inmoisture-proof packaging. The bulk density is approximately 0,75g/cm³. Standard packaging are the special 25kg bag andthe 1000kg bulk container (octagonal IBC= intermediate bulk container made from corrugated board with a liner bag).Subject to agreement other forms of packaging types and road or rail bulk shipment are also available. All containers aretightly sealed and should be opened only immediately prior to processing. To avoid moisture absoprtion from the air, thecontainers must be stored in dry rooms and always carefully be sealed again once the container has been opened.Containers stored in cold rooms should be allowed to equilibrate to normal temperature before opening to avoidcondensation .Ultramid® can be kept indefinitely in the undamaged bags. Experience has shown that product supplied inIBCs can be stored for about 3 months without any adverse effects on processing properties due to moisture absorption. Product safetyUltramid® PA6 melts are thermally stable in the usual temperature range up to 310°C and do not cause hazards due tomolecular degradation or the evolutionon of gases and vapors. Like all thermoplastic polymers Ultramid® decomposes ifexposed to excessive heat, e.g. when it is overheated or as a result of cleaning by burning off. In such cases gaseousdecomposition products are formed. Decomposition accelerates above approximately 310°C, the products formed beingmainly carbon monoxide and ammonia and caprolactam . At temperatures above about 350°C small quantities of pungentsmelling vapors of aldehydes, amines and other nitrous decomposition products are formed.Further safety information see safety data sheet of the individual product.NoteThe data contained in this publication are based on our current knowledge and experience. In view of the many factorsthat may affect processing and application of our product, these data do not relieve processors from carrying out their owninvestigations and tests; neither do these data imply any guarantee of certain properties, nor the suitability of the productfor a specific purpose. Any descriptions, drawings, photographs, data, proportions, weights etc. given herein may changewithout prior information and do not constitute the agreed contractual quality of the product. It is the responsibility of therecipient of our products to ensure that any proprietary rights and existing laws and legislation are observed.In order to check the availability of products please contact us or our sales agency.Ultramid® B3SFootnotes1) If product name or properties don't state otherwise.2) Specimens according to CAMPUS.3) The asterisk symbol '*' signifies inapplicable properties.4) Test box with central gating, dimensions of base (107*47*1,5) mm, processing condition: TM = 260°C, TW = 60°C。
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名称规格：PA6 B31SK
产地;德国拜耳
提供：东莞东扬塑胶T E L:1 3 6/8 6 6 5/6 6 6 1
①原料描述部分
规格级别：注塑级外观颜色：---
用途概述：---
备注说明：特性：易流动
②原料技术数据
性能项目试验条件[状态] 测试方法测试数据数据单位物理性能后收缩率
流动方向(垂直流动方
向)
ISO 2577 0.15(0.15) %
机械性能拉伸模量1mm/min ISO 527 3500 MPa 拉伸模量1mm/min ISO 527 1100 MPa 屈服应力50mm/min ISO 527 85 MPa 屈服应力50mm/min ISO 527 50 MPa 屈服应变50mm/min ISO 527 4 % 屈服应变50mm/min ISO 527 20 % 名义断裂拉伸应变50mm/min ISO 527 10 % 名义断裂拉伸应变50mm/min ISO 527 <50 % 拉伸强度5mm/min ISO 527 50 MPa 拉伸强度5mm/min ISO 527 70 MPa 断裂伸长率5mm/min ISO 527 20 % 断裂伸长率5mm/min ISO 527 <50 % 拉伸蠕变模量1h ISO 899-1 900 MPa 拉伸蠕变模量1000h ISO 899-1 700 MPa 冲击强度23℃ISO 179-LeU NB kj/m2冲击强度-30℃ISO 179-LeU NB kj/m2缺口冲击强度23℃ISO 179-LeA <10 kj/m2
缺口冲击强度23℃ISO 179-LeA 25 kj/m2缺口冲击强度-30℃ISO 179-LeA <10 kj/m2 IZOD冲击强度23℃ISO 180-IC NB kj/m2 IZOD冲击强度-30℃ISO 180-IC 250 kj/m2 IZOD缺口冲击强度23℃ISO 180-IA <10 kj/m2 IZOD缺口冲击强度23℃ISO 180-IA 25 kj/m2 IZOD缺口冲击强度-30℃ISO 180-IA <10 kj/m2弯曲模量2mm/min ISO 178 3000 kj/m2弯曲模量2mm/min ISO 178 900 kj/m2弯曲强度5mm/min ISO 178 120 MPa 弯曲强度5mm/min ISO 178 40 MPa 弯曲强度下的应变5mm/min ISO 178 6 MPa 弯曲强度下的应变5mm/min ISO 178 8 MPa
3.5%应变下的弯曲应力5mm/min ISO 178 100 %
3.5%应变下的弯曲应力5mm/min ISO 178 30 %
球压痕硬度--- ISO 2039-1 150 N/mm2球压痕硬度--- ISO 2039-1 55 N/mm2加工性能成型收缩率
流动方向(垂直流动方
向)
ISO 2577 0.9(1.1) %
热性能熔化温度10K/min ISO 3146-C 222 ℃
热变形温度 1.80MPa ISO 75 ～60 ℃
热变形温度0.45MPa ISO 75 ～170 ℃
热变形温度8.00MPa ISO 75 ～50 ℃
线性热膨胀系数流动方向E-831 0.7 10-4/k 线性热膨胀系数垂直流动方向E-831 0.9 10-4/k 可烧性试验UL 94厚度 1.5mm UL 94 V-2 类别
热传导系数--- ISO 8302 0.25 W/mk
比热--- --- 1.6 Kj
温度指数3mm IEC 216-1 95 ℃
温度指数--- IEC 216-1 85 ℃
相对温度指数--- UL 746-B 80 ℃
温度指数20000h IEC 216-1 75 ℃
相对温度指数--- UL 746-B 75 ℃
温度指数3mm IEC 216-1 155 ℃
温度指数--- IEC 216-1 130 ℃
相对温度指数--- UL 746-B 105 ℃
辉光金属丝试验温度--- IEC 695-2-1 750 ℃
维卡软化温度50N ISO 306 -200 ℃
燃烧速率1mm ISO 3795 0 mm/min 热变形温度 1.80MPa ISO 75 45 ℃
热变形温度0.45MPa ISO 75 70 ℃
热变形温度8.00MPa ISO 75 40 ℃
线性热膨胀系数23℃-25℃E-831 1.4 10-4/k 线性热膨胀系数垂直流动方向E-831 1.5 10-4/k 可烧性试验UL 94厚度 1.5mm UL 94 HB 类别
可烧性试验UL 94厚度 3.0mm UL 94 HB 类别
热传导系数--- ISO 8302 0.26 W/mk 比热--- --- 1.8 Kj
其它性能痒指数上表面点燃ISO 4589 20 % 半间距--- IEC 216-1 12.7 ℃半间距--- IEC 216-1 6.0 ℃半间距--- IEC 216-1 6.8 ℃总穿透能量23℃ISO 6603-2 80 Nm 总穿透能量23℃ISO 6603-2 160 Nm。