Coated Polyester(涂层聚酯)研究综述
Coated Polyester 涂层聚酯 - The biaxial tensile and shear tests have been carried out to evaluate the elastic constants of the PVC-coated polyester fabric membranes of the inflatable arm. [1] The surface morphology and structure of the coated polyester fabric (PET-G/Ag°) were investigated using optical microscopy, color coordinates, scanning electron microscopy and Raman spectroscopy. [2] The ZnO nanowires coated polyester fabric was prepared by a low-temperature hydrothermal approach. [3] There are several factors affecting the strength of welding seam through hot air for PVC-acrylic coated polyester fabrics. [4] Surface properties of coated polyester samples were studied using SEM and contact angle measurements, which indicated that the incorporation of hydrophobic constituents into chitosan macromolecules led to a decrease of both surface roughness and water contact angle. [5] 07 wt% in SFR-WPU, the LOI, afterflame time, afterglow time and damaged length values of the coated polyester fabric were 27. [6] In this work, creep of coated polyester yarn and leno-weave-based geogrid are studied. [7] In this work, the electrostatic spray deposition technique was introduced to fabricate the graphene oxide-coated polyester thread from cost-efficient graphene oxide suspensions. [8] We present our experience with two patients diagnosed to have IVC LMS and underwent complete surgical resection of the tumor with reconstruction of IVC using coated polyester graft. [9] Herein, a novel reliable and conformal inkjet printing process is demonstrated for printing particle-free reactive silver ink on uncoated polyester textile knit, woven, and nonwoven fabrics. [10] Among all the membrane examined, sol-gel polycaprolactone-dimethylsiloxane-polycaprolactone coated polyester substrate presented optimum extraction efficiency and was found to be reusable for at least 30 times. [11] 6-cm-long fusiform superior mesenteric artery aneurysm with a 15-cm-long collagen-coated polyester interposition graft with multiple visceral branch reimplantations into the graft. [12] The design of the SNTN employs flexible silicone rubber as the negative friction material and Ni-coated polyester conductive textile as the positive friction material and the electrode material. [13] The assessment of the vertical burning test of thin material (UL-94 rating VTM 0) indicated that the flame retardancy of coated polyester fabrics was improved significantly as compared with the uncoated fabric. [14] In this study, three kinds of conventional polyester filter (depth filtration media) and two kinds of polytetrafluoroethylene membrane-coated polyester filter (surface filtration media), having various filter pore sizes and fiber diameters, were tested to determine the performance of static and dynamic filtration. [15] The greater part of the vessel is made of membrane materials consisting of ultra-thin polyurethane-coated polyester fabric. [16] 8, respectively and the ink-absorption rate of Black ink on MBAH coated polyester fabric was 53. [17]已经进行了双轴拉伸和剪切试验，以评估充气臂的 PVC 涂层聚酯织物膜的弹性常数。 [1] 使用光学显微镜、色坐标、扫描电子显微镜和拉曼光谱研究了涂层聚酯织物 (PET-G/Ag°) 的表面形态和结构。 [2] 采用低温水热法制备了 ZnO 纳米线包覆的聚酯织物。 [3] 有几个因素会影响 PVC 丙烯酸涂层涤纶织物的热风焊缝强度。 [4] 使用 SEM 和接触角测量研究了涂层聚酯样品的表面性质，这表明将疏水成分掺入壳聚糖大分子会导致表面粗糙度和水接触角降低。 [5] 在 SFR-WPU 中添加 07 wt% 时，涂层涤纶织物的 LOI、余燃时间、余辉时间和损坏长度值为 27。 [6] 在这项工作中，研究了涂层涤纶纱和纱罗编织土工格栅的蠕变。 [7] 在这项工作中，引入了静电喷涂沉积技术，从具有成本效益的氧化石墨烯悬浮液制造氧化石墨烯涂层聚酯线。 [8] 我们介绍了两名被诊断患有 IVC LMS 并接受肿瘤完全手术切除并使用涂层聚酯移植物重建 IVC 的患者的经验。 [9] 在此，展示了一种新型可靠且保形的喷墨打印工艺，用于在未涂层的聚酯纺织针织、机织和非织造织物上打印无颗粒活性银墨水。 [10] 在所有检查的膜中，溶胶-凝胶聚己内酯-二甲基硅氧烷-聚己内酯涂覆的聚酯基材呈现出最佳的提取效率，并且被发现可重复使用至少 30 次。 [11] 6 厘米长的梭状肠系膜上动脉瘤，带有 15 厘米长的胶原涂层聚酯插入移植物，并在移植物中重新植入了多个内脏分支。 [12] SNTN的设计采用柔性硅橡胶作为负摩擦材料，镍涂层聚酯导电织物作为正摩擦材料和电极材料。 [13] 薄材料垂直燃烧测试（UL-94等级VTM 0）的评估表明，与未涂层织物相比，涂层聚酯织物的阻燃性显着提高。 [14] 在这项研究中，对三种常规聚酯过滤器（深层过滤介质）和两种聚四氟乙烯覆膜聚酯过滤器（表面过滤介质）进行了测试，它们具有不同的过滤器孔径和纤维直径，以确定静态和动态的性能。过滤。 [15] 容器的大部分由薄膜材料制成，薄膜材料由超薄聚氨酯涂层聚酯织物组成。 [16] 如图 8 所示，黑色油墨在 MBAH 涂层涤纶织物上的吸墨率为 53。 [17]
coated polyester fabric 涂层涤纶面料
The biaxial tensile and shear tests have been carried out to evaluate the elastic constants of the PVC-coated polyester fabric membranes of the inflatable arm. [1] The surface morphology and structure of the coated polyester fabric (PET-G/Ag°) were investigated using optical microscopy, color coordinates, scanning electron microscopy and Raman spectroscopy. [2] The ZnO nanowires coated polyester fabric was prepared by a low-temperature hydrothermal approach. [3] There are several factors affecting the strength of welding seam through hot air for PVC-acrylic coated polyester fabrics. [4] 07 wt% in SFR-WPU, the LOI, afterflame time, afterglow time and damaged length values of the coated polyester fabric were 27. [5] The assessment of the vertical burning test of thin material (UL-94 rating VTM 0) indicated that the flame retardancy of coated polyester fabrics was improved significantly as compared with the uncoated fabric. [6] The greater part of the vessel is made of membrane materials consisting of ultra-thin polyurethane-coated polyester fabric. [7] 8, respectively and the ink-absorption rate of Black ink on MBAH coated polyester fabric was 53. [8]已经进行了双轴拉伸和剪切试验，以评估充气臂的 PVC 涂层聚酯织物膜的弹性常数。 [1] 使用光学显微镜、色坐标、扫描电子显微镜和拉曼光谱研究了涂层聚酯织物 (PET-G/Ag°) 的表面形态和结构。 [2] 采用低温水热法制备了 ZnO 纳米线包覆的聚酯织物。 [3] 有几个因素会影响 PVC 丙烯酸涂层涤纶织物的热风焊缝强度。 [4] 在 SFR-WPU 中添加 07 wt% 时，涂层涤纶织物的 LOI、余燃时间、余辉时间和损坏长度值为 27。 [5] 薄材料垂直燃烧测试（UL-94等级VTM 0）的评估表明，与未涂层织物相比，涂层聚酯织物的阻燃性显着提高。 [6] 容器的大部分由薄膜材料制成，薄膜材料由超薄聚氨酯涂层聚酯织物组成。 [7] 如图 8 所示，黑色油墨在 MBAH 涂层涤纶织物上的吸墨率为 53。 [8]