马丁代尔磨损起球试验机AG04gydF4y2Ba
马丁代尔磨损起球试验机用于测定机织物、针织物、起绒织物、涂层织物和无纺布的耐磨性、起球性能和表面变化。gydF4y2Ba
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冲击穿透试验机gydF4y2Ba适用于低冲击条件下织物抗渗水性能的测试。gydF4y2Ba
模型:gydF4y2Ba
AG69gydF4y2Ba品牌:gydF4y2Ba
AVENOgydF4y2Ba产地:gydF4y2Ba
中国gydF4y2Ba交货时间:gydF4y2Ba
3-7daysgydF4y2Ba端口:gydF4y2Ba
厦门港口gydF4y2Ba付款:gydF4y2Ba
电汇,信用证gydF4y2Ba证书:gydF4y2Ba
通过iso9001 iso17025gydF4y2Ba标准:gydF4y2Ba
Aatcc42、iso18695、gb / t33732gydF4y2Ba
AG69-冲击穿透试验机gydF4y2Ba
冲击穿透试验机的应用gydF4y2Ba
冲击穿透试验机gydF4y2Ba适用于低冲击条件下织物抗渗水性能的测试。gydF4y2Ba
测试原理gydF4y2Ba的gydF4y2Ba冲击穿透试验机gydF4y2Ba
在称重吸墨纸的支持下，允许一定量的水喷在测试样品的紧绷表面上，然后重新称重以确定水的渗透程度，并相应地对样品进行分类。gydF4y2Ba
的标准gydF4y2Ba冲击穿透试验机gydF4y2Ba
Aatcc42、iso18695、gb / t33732gydF4y2Ba
主要规范gydF4y2Ba的gydF4y2Ba冲击穿透试验机gydF4y2Ba
模型gydF4y2Ba |
AG69冲击穿透试验机gydF4y2Ba |
影响身高gydF4y2Ba |
(610±10)毫米gydF4y2Ba |
烟囱直径gydF4y2Ba |
152毫米gydF4y2Ba |
喷嘴孔gydF4y2Ba |
25个人电脑gydF4y2Ba |
喷嘴孔径gydF4y2Ba |
0.99毫米gydF4y2Ba |
样品尺寸gydF4y2Ba |
(178±10)mm ×(330±10)mmgydF4y2Ba |
张力弹簧夹gydF4y2Ba |
(0.45±0.05)公斤gydF4y2Ba |
维gydF4y2Ba |
50×60×85厘米gydF4y2Ba |
重量gydF4y2Ba |
10公斤gydF4y2Ba |
配件的gydF4y2Ba冲击穿透试验机gydF4y2Ba
标准配件gydF4y2Ba |
450g载重gydF4y2Ba |
1个人电脑gydF4y2Ba |
500ml计数杯gydF4y2Ba |
1个人电脑gydF4y2Ba |
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钳位电路gydF4y2Ba |
1个人电脑gydF4y2Ba |
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水盘gydF4y2Ba |
1个人电脑gydF4y2Ba |
马丁代尔磨损起球试验机用于测定机织物、针织物、起绒织物、涂层织物和无纺布的耐磨性、起球性能和表面变化。gydF4y2Ba
ICI起球和起钩测试仪用于测定机织和针织材料的表面模糊度和起球性能。完全符合EN ISO 12945-1、BS 5811等标准要求。gydF4y2Ba
起球评定箱适用于所有起球堵塞试验评定标准，在制定评定结果时获得样品和标准卡。gydF4y2Ba
随机滚筒式起球试验机用于测定纺织织物在滚筒内自由滚动摩擦条件下的起球和起毛特性。gydF4y2Ba
通用磨损测试仪用于检测各种类型织物的磨损性能和耐磨性，包括服装，鞋类和工业纺织品，织物，皮革，橡胶，塑料，纸张…gydF4y2Ba
随机滚筒式起球试验机用于测定纺织织物在滚筒内自由滚动摩擦条件下的起球和起毛特性。gydF4y2Ba
Schopper磨损试验机用于纺织品的耐磨性试验。电机驱动被拉伸在钝角锥体上的试验材料旋转，使其与标准要求的摩擦砂纸接触，并承受标准规定的载荷，进行旋转摩擦试验。这种摩擦沿着锥体的母线连续进行，从而在切线方向上产生摩擦效应。gydF4y2Ba
雨水测试仪用于测定织物或复合材料在不同强度的水冲击下的抗渗透性能。gydF4y2Ba
TTF拉力试验机用于拉力试验中提供大而稳定的拉力，大部分用于玩具的破坏性拉力。可进行拉力、压紧力、插入力、破坏力等试验。gydF4y2Ba
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MMT (Moisture Measurement Tester)是用来测量液体在针织物和机织物三维空间中的整体动态性能，并测量织物的吸水率、渗透率和渗透时间。gydF4y2Ba
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2022年1月17日gydF4y2Ba纱线:是纱线和线的总称。并具有较强的连续带材，包括单根纱线和股线。单根纱:由短纤维加工，使短纤维或丝沿轴向绞合。股纱:由两根或两根以上的单根纱经绞合而成。其强度和耐磨性优于单根纱。同时，也可以将股纱按一定的方式进行组合和捻合，得到复合捻合股纱。什么是扭曲?如果握住长条的一端，转动另一端，就可以形成纱线，称为捻纱。对短纤维来说，捻线是使纤维条成纱的必要手段。一般需要在扭转前将纤维凝聚成纤维条，并将纤维的外层纤维挤进内层。 Thereby, the strip is obtained in the longitudinal direction of the fibers. For long silk yarns and strands, twisted can form a tight structure that is not easily damaged by lateral force, and twisting can also form a variant wire and a fancy line. How many of the twisted and twisted direction not only affect the hand feel and appearance of the fabric, but also affect the intrinsic quality of the fabric. After the strip is twisted, the outer fibers produce a tilted helical roll back, the fiber torsional deformation, the gauze is tightly bored, and the structural form and mechanical physical properties of the fiber collective are changed. (As shown below) When there is an encirclement angle, the fiber has centripetal pressure on the yarn. The greater the encirclement angle, the greater the centripetal pressure. Due to the existence of centripetal pressure, the outer fiber is extruded to the inner layer, which increases the compactness of the yarn and the friction between the fibers, thus changing the structural form and physical and mechanical properties of the yarn, which is the essence of twisting yarn. Evaluation of yarn twist: Twist direction / twist / twist coefficient / twist shrinkage Twist direction: indicates the direction of twisting Twist direction refers to the inclined direction of the fiber in the single yarn or the single yarn in the strand after the yarn is twisted. It is divided into Z-twist and S-twist. After twisting, the twisting direction of yarn tends from the lower right corner to the upper left corner, and the inclined direction is consistent with the middle of "s", which is called s twisting or smooth twisting; The twist direction of yarn tends from the lower left corner to the upper right corner, and the tilt direction is consistent with the middle of "Z", which is called Z twist or backhand twist. Generally, Z-twist is used for single yarn and S-twist is used for ply yarn. The twist direction of the ply yarn is expressed according to the twist direction successively twisted. For example, the twist direction of single yarn with Z twist, initial twist with S twist and com...
2022年1月7日gydF4y2Ba理性客观地评价织物的抗压性对促进纺织品的开发和生产具有积极的促进作用。织物抗起球性的测试方法很多，主要是模拟日常生活和实际穿洗过程中，由于不断的摩擦，从而出现织物表面起球的现象，因此设计了测试方法。不同的目标市场有不同的测试。方法，如美国标准，欧洲标准，中国标准和客户标准，通常根据出口，产品类型或买家选择合适的测试方法。常用的方法有ICI起球箱法、Martindale起球法、随机翻滚法、弹性垫片法、圆形轨迹起球法。需要注意的是，起球试验不仅限于上述试验。现在有很多客户要求洗后直接通过面料的发夹进行评级，客户选择使用水洗后的样品。各种起球试验方法，以评估织物对促进起球性能的阻力。ICI起球箱法测试原理是将3片方形试样从纬纱到纬纱用一个尺寸的方形试样进行定尺，每片都缝成管状，前面分别设置在聚氨酯防潮管上。在一个软木箱内，将试验箱每小时翻转3600转，并在评级箱中取出样品，与织物进行对比，第一级最差。第5个是最好的，当结果在两个相邻的两层之间时，我评估一半。 Common test standards include ISO 12945-1, GB / T 4802.3, IWS TM 152. This method mainly simulates the fabric itself with its own uninterrupted friction, and the fans of the fabric and other pharmaceutically fangs. This test method can be applied to all types of fabrics, but the main domestic market or export to the European market is using this method to test the pilling performance. AVENO related products: AG05 ICI Pilling and Snagging Tester Martindale Pilling method The test principle is to take three pairs of circular samples from the fabric, which are loaded in the upper and lower clamping devices. Under the slight pressure, the sample itself rubs each other, and rubbed by the Lissajous, after a certain number of revolutions, Samples are compared with the original or standard samples of the rating box, and the the worst level 1, level 5 is the best, and when the results are interposed between two adjacent two levels, it can be evaluated as half level. This method is applicable to all types of fabrics, but it is more applied to woven fabrics. It mainly simulates the pilling condition after frequent friction between fabrics. AVENO related products: AG04 Martindale Abrasion and Pilling Tester Random Tumble method The experimental principle is to take ...
2021年12月31日gydF4y2Ba2022年新年快乐!愿新年为你带来快乐，平安和繁荣。AVENO祝您及家人新年快乐!愿新的一年为你带来神圣的祝福和宁静!希望你的生活在即将开始的新的一年里充满惊喜和喜悦。记住你所创造的所有美好的回忆，并知道你的生活将在新的一年充满奇迹。愿你得到生活中想要的一切。2022年新年快乐!gydF4y2Ba
2021年12月15日gydF4y2Ba1.测试目的:测试鞋底在连续曲折后抵抗切口生长的能力，即耐受性。2.适用范围:主要适用于各种类型的弯曲硫化橡胶鞋底，也适用于其他各种类型的无底。3.测试原理:将鞋底条试件安装在SATRA TM60罗斯挠性试验机上，使其切口直接落在罗斯挠性试验机旋转轴中心上方。通过ISO 5423鞋底弯曲试验机和转弯试验，将试样在其轴上拉至90±1度。经过一定次数的测试后，测量测试测试仪的长度。用鞋底的切口生长速率来评价测试鞋底的抗压性能。4. Test Instrument: ROSS Flexing Tester: ROSS Flexing Tester is used to test the vertical flex resistance of rubber products, sole of shoes, and Foamed material suce PU、PVC、TPR. After flexing a certain times, then check the attenuation, damage and cracking degree to get the flexing resistance of the sample. More about ROSS Flexing Tester please click: //www.40crgbanjc.com/ross-flexing-tester-af23_p88.html Contact Us Now! Sales Dept Tel: +86 15280858852 Email: sales@avenotester.com Skype: sales@avenotester.com Web: www.40crgbanjc.com
2021年11月17日gydF4y2Ba1.校准项目:角度(90°)、速度(60~100±5次/min)校正设备:角度计、电子秒表3。校正周期:一年校准步骤:a)罗斯挠性电阻试验机角度校正方法:i.首先将机器调整为水平状态。2用手转动电机皮带或按下STOP、START键，调整可动端治具水平位置，将角度规放在可动端治具上，角度规指示应为0°。继续转动皮带或按下STOP、START键，移动端具最大摆角90°，观察是否与角度计所示值相符。b) SATRA TM60 Ross Flex测试仪的速度校正方法:i.启动控制面板上的POWER按钮，将“PV”列置为零，并在“SV”列中设置次数(超过校正速度的次数)。2 Press the START button to start the machine, and at the same time let the electronic stopwatch start timing. iii. When the electronic stopwatch reaches 1 minute to stop timing, press the STOP machine to stop at the same time, and observe whether the 1 minute time is consistent with the standard speed. More about ROSS Flexing Tester please click: //www.40crgbanjc.com/ross-flexing-tester-af23_p88.html Contact Us Now! Sales Dept Tel: +86 15280858852 Email: sales@avenotester.com Skype: sales@avenotester.com Web: www.40crgbanjc.com
2021年11月4日gydF4y2Ba红外染色牢度测试设备结构:结合了红外和传统甘油校对器的一般优点，采用高温机门密封胶，使用方便。笼内有导热油保温功能，下次放入杯内不会因门内温度降低。染杯材质:均采用优质SUS316制成。色牢度染色机电脑:微电脑控制(中英文液晶电脑)，可编程100种工艺;有温升曲线，温度精度可达±0.1℃，可达20-140℃。电加热纺织红外染色设备:电加热水杯与水杯同时辐照，功率大，温差小，无烟尘污染，无甘油损失;并且保温、恒温效果好，可节省巨额甘油和电费费用。更多关于红外实验室染色机的信息请点击://www.40crgbanjc.com/infrared-laboratory-dyeing-machine-ac19_p176.html现在联系我们!销售部电话:+86 15280858852邮箱:sales@avenotester.com Skype: sales@avenotester.com网站:www.40crgbanjc.comgydF4y2Ba
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