TGS-600C is special heat resistant fiberglass sleeving developed by our company, mainly used in electroheat component, electrical wire harness, illuminations, machinery, etc. TGS-600C是我公司开发的一种新型特殊耐高温玻璃纤维套管,主要用于电热器件、电子束线、灯饰、电机设备等。
Silicone fiberglass sleeving, woven as sleeving by non-alkali fiberglass and coated with silicone Resin in high temperature. 硅树脂玻璃纤维套管,是由无碱玻璃纤维纱编织成管后,涂以硅树脂高温处理而成。
When sleeving is used as supplementary insulation on internal wiring, it shall be retained in position by positive means. 当套管作为内部线的附加绝缘和加强绝缘来使用时,它应采用可靠的方式保持在位。
A kind of microstructured polymer optical fiber with elliptical core has been fabricated by adopting in-situ chemical polymerization technology and the secondary sleeving draw-stretching technique. 采用化学原位聚合技术和套管法二次预制棒拉丝技术,成功制备了椭圆芯微结构聚合物光纤。
The utility model discloses an external underground cable protective sleeving, relating to an assorted device for oil and gas well underground cables. 一种外置式井下电缆防护套,涉及一种油气井井下电缆配套装置。
Fiberglass sleeving coated with polyurethane is manufactured with non-alkali fiberglass braided sleeving and coated with a layer of polyurethane and than thermoset to form F grade insulating sleeving. 聚氨酯玻璃纤维软管系采用无碱玻璃纤维编织成管,并涂以改性聚氨酯树脂经加热烘干而成的F级绝缘软管。
General requirements for electrical insulating coated textile sleeving GB/T7113-1986电气绝缘漆管一般要求
Cutting feature: when the sleeving crosscut the cross end without loose and remain smooth. 剪口特性:套管截面用剪刀剪断后。剪口平整、不松散。
The evolvement of structural form about sleeving engine and the kinetics of spatial mechanism 筒形发动机机构演变与空间机构动力学问题的研究
In order to prevent the free sections of structural anchor bars from corrosion, they are all protected by spraying zinc, coating epoxide resin and sleeving rubber pipe to improve the durability of the structural anchor bars. 为防止结构锚杆在混凝土与岩体接触面处的自由段遭受腐蚀破坏,采用喷锌与涂环氧封闭层外加橡胶套管的防护措施,以提高结构锚杆的耐久性。
This paper discussed various technology of urea reactor shell lining, emphatically expound the detail of hot sleeving liner process. 本文对尿素合成塔筒体衬里的各种工艺方法进行了探讨,着重阐述了热套衬里工艺的详细过程。
Furthermore, conceptual designs of three instability monitoring components were illustrated briefly, including compression-force monitoring of steel sleeving members, joint-dent monitoring of shallow arches and reticulated shells, snap-through instability monitoring of shallow arches and shells. 进一步对3种钢结构失稳监控部件进行了概念设计,包括钢套管压力监控、节点塌陷监控、坦拱和扁壳跃越失稳监控;