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Application of polyvinylidene fluoride heat shrinkable pipe in high precision test instrument

Time:2019/5/29 posted:Kehong Enterprises Co.,Ltd.

The development of science and technology provides new means for high-precision engineering surveying, such as electronic measurement technology, automation technology, etc., and also put forward more and more requirements for high-precision engineering measurement, such as the installation of large antenna arrays required for radio astronomy, the installation of missile-launching rails requires extremely high precision, Some projects that are harmful to the human body or inconvenient to arrive require telemetry of high-precision engineering measurements.

As the requirements for the equipment are enhanced, so does the part requirements for the internal composition of the equipment. The development of the heat shrinkable casing industry has become more and more diversified with the development of society. Special Products-polyvinylidene fluoride because of the raw material polyvinylidene fluoride heat shrinkage casing, the comprehensive performance has been greatly improved. And according to the investigation and examination of the market. Our polyvinylidene fluoride heat shrinkable tubes are not only superior in performance to conventional products on the market, but also have a lot of space in the selection space. Meet the needs of all walks of life.

High-precision engineering measurement techniques include high-precision collimation measurement, high-precision directional observation, high-precision distance measurement, high-precision high-difference measurement, and the design, fabrication and installation of corresponding high-precision measurement signs.

High-precision measuring instruments are used at the top of measurements in a wide range of industries. Compared to the products previously selected by them, insulation protection, wear resistance, chemical resistance, resistance to various oils, and long-term use of polyvinylidene fluoride at high temperatures are more necessary for their technology.


聚偏氟乙烯热缩管在高精度测试仪器上的应用

科学技术的发展为高精度工程测量提供了新的手段,如电子测量技术、自动化技术等;也对高精度工程测量提出越来越多的要求,如射电天文学所需大型天线阵的安装,发射导弹的导轨的安装都需要有极高的精度,一些对人体有害或人员不便到达的工程,则要求高精度工程测量工作实现遥测。

随着对设备的要求增强,对设备的内部组成的零件要求也随之增强。相较热缩套管行业的发展也随着社会的发展而越来越多样化。特种产品-聚偏氟乙烯因为原料的聚偏氟乙烯热缩套管,综合性能有了很大的提升。并且根据对市场的调查和考研。我们的聚偏氟乙烯热缩管不仅在使用性能上优于市场上常规的产品,在选择空间上也有很大的空间。满足各行各业的需要。

高精度工程测量技术包括高精度准直测量、高精度方向观测、高精度距离测量、高精度高差测量,以及相应的高精度测量标志的设计、制作和安装。

高精度测量仪器应用在各行各业的测量顶端。相较于之前他们选择的产品,绝缘防护,耐磨、耐化学剂、耐各种油、以及在高温下长期使用的聚偏氟乙烯更得他们的的技术所需。

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