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TTF Tensile Tester is used to provide large and stable tensile force in tensile test, most of which are used for destructive tensile force of toys. It can be used with tensile force, pressing force, insertion force, destructive force and other tests.
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湿度测量测试仪（MMT）用于测量针织和织物三维空间中液体的整体动态性能，并测量织物的吸水，渗透和穿透时间。
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Gap Test Round used to test whether there is a potential hazard of pinching or crushing fingers or other appendages in the gaps between moving parts in toys used by children under 96 months of age.
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Seam Clamp mainly used as a tool for tensile testing of toys. It is specially used as a sewing position for fabrics. Two of them are used at the same time.
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能量冲击试验锤according to the corresponding clauses of IEC60068-2-75, GB/T2423.55-2006, GB4706.1, GB8898 and GB7000, IEC884 and UL1244. It is mainly used to inspect housings, operating rods, handles, etc. of household and similar electrical products. The ability of housings such as knobs and indicator lights to withstand mechanical shocks.
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Jan 17, 2022纱:纱和线程的通用术语。一个nd has a strong continuous strip, including single yarns and strands. Single yarn: Processed by the short fibers, making the short fibers or wires along the axial direction and twisted. Ply yarn: it is made of two or more single yarns combined and twisted. Its strength and wear resistance are better than that of single yarn. At the same time, ply yarn can also be combined and twisted in a certain way to obtain compound twisted ply yarn. What is twisting? If one end of the strip is held, the other end is rotated, and the yarn can be formed, which is called twisted. For short fibers, the twisted is the necessary means of making the fiber strip as a yarn. It is generally necessary to condense the fibers into a fibrous strip before twisting, and the outer fibers of the fibers are extruded into the inner layer. 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...
Jan 07, 2022理性、客观地评估阻力of the fabric to promote the development and production of textiles to actively promote the role. There are many test methods for Pilling Resistance of fabrics, mainly simulated during daily life and actual wear and washing process, due to continuous friction, Thus, the phenomenon of the surface of the fabric appears, and thus the test method is designed. different target markets have different tests. Methods, such as US standards, European standards, China Standards, and customer standards, usually select appropriate test methods based on export, product types or buyers. The commonly used methods include ICI Pilling Box method, Martindale Pilling method, Random Tumble method, Elastic gasket method, Circular Locus Pilling method.It should be noted that the pilling test is not only limited to the above test. and now there are many customer requirements to rating directly through the hairpin of the fabric after washing, and the customer chooses to use the post-washing sample. Various pilling test methods to assess the resistance of the fabric against the promoting pilling performance. ICI Pilling Box method The test principle is three pieces of square samples that are sized by a square specimen of sizes from the weft to the weft, each of which are sewn into a tubular shape, and the front faces are separately set on the polyurethane moisture tube. Within a cork box, the test chamber is flipped by the number of 3600 revolutions per hour, and the sample is taken out in the rating box and the fabric is compared to the fabric, and the first level is the worst. The 5th is best, when the result is between the two adjacent two levels, I evaluate half. 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 ...
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12月15日，2021年1.试验目的：测试唯一的扭曲和转弯后抵抗切口生长的能力，即耐受性。2.应用范围：主要适用于各种类型的曲折硫化橡胶鞋底，也适用于其他各种类型的Fluxless鞋底。3.测试原理：在SATRA TM60罗斯弯曲测试仪上安装鞋底条试件，使其切口直接在罗斯柔性抗性试验机的旋转轴中心上方。通过ISO 5423鞋底弯曲测试仪和转动试验，在其轴上拉到90±1度的试验片。在一定数量的测试之后，测量测试测试仪的长度。评价试验鞋底性能的质量及其切口生长速率。4.测试仪器：罗斯弯曲测试仪：罗斯弯曲测试仪用于测试橡胶制品，鞋底的垂直弯曲电阻，以及泡沫材料Suce Pu，PVC，TPR。弯曲一定时间后，然后检查衰减，损坏和开裂程度以获得样品的弯曲性。更多关于罗斯弯曲测试仪请点击：//www.40crgbanjc.com/ross-plexing-tester-af23_p88.html立即联系我们！销售部门电话：+86 15280858852电子邮件：sales@avenotester.com skype：sales@avenotester.com网页：www.40crgbanjc.com
11月17日，2021年1.校准项目：角度（90°），速度（60〜100±5次/分钟）2.校正设备：角度计，电子秒表3.校准期：一年4.校准步骤：a）角度校正方法罗斯柔性电阻试验机：I。首先以水平状态调整机器。II。通过手转动电机带或按下停止和启动键调节可移动端夹具的水平位置，将角度计放在可移动夹具上，角度仪表应为0°。继续旋转腰带或按下停止和启动键移动最大夹具的最大摆动角度为90°，以观察其是否与角度计指示的值匹配。b）SATRA TM60罗斯FLEX测试仪的速度校正方法：I。启动控制面板上的电源按钮，将“PV”列重置为零，并设置“SV”列中的次数（超出校正速度的次数）。II。按开始按钮开始机器，同时让电子秒表开始定时。 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
11月4日，2021年红外染色牢度测试设备的结构：结合红外线和传统甘油打样的一般优势，采用高温机门密封胶，易于使用。在笼子里有一个热转印油绝缘功能，在下次放置杯子由于门温而不会降低。染料杯材料：由高品质的SUS316制成。色度染色机器计算机：微电脑控制（中英式液晶电脑），可编程100种技术;升温曲线，温度精度高达±0.1℃，高达20-140℃。加热和冷却速度：0.1℃〜9.9℃/ min。电加热纺织红外线染色设备：电热杯和杯子同时照射，功率，温差小，无烟灰污染，无甘油损失;和绝缘，恒温效应，可以节省巨大的甘油和电力成本。更多关于红外实验室染色机，请点击：//www.40crgbanjc.com/infrared-laboratory-dyeing-machine-ac19_p176.html立即联系我们！销售部门电话：+86 15280858852电子邮件：sales@avenotester.com skype：sales@avenotester.com网页：www.40crgbanjc.com
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