The development of science and technology has provided new means for high-precision engineering measurement, such as electronic measurement technology, automation technology, etc. More and more requirements have been put forward for high-precision engineering measurement, such as the installation of large antenna arrays required by radio astronomy, the installation of guideways for launching missiles, and some projects harmful to human body or inconvenient for personnel. Accuracy engineering surveying realizes telemetry.
With the increasing requirement for equipment, the requirement for the components of the internal components of the equipment is also enhanced. Comparing with the development of shrinkable casing industry, it is becoming more and more diversified with the development of society. Polyvinylidene fluoride (PVDF), a special product, has greatly improved its comprehensive performance because of its thermal shrinkable casing. And according to the market survey and postgraduate entrance examination. Our polyvinylidene fluoride (PVDF) heat-shrinkable pipes are not only superior to the conventional products on the market in performance, but also have a lot of room for selection. To meet the needs of all walks of life.
High-precision engineering measurement technology includes high-precision collimation measurement, high-precision direction observation, high-precision distance measurement, high-precision height difference measurement, and the design, manufacture and installation of corresponding high-precision measurement marks.
High precision measuring instruments are applied to the top of measurement in all walks of life. Compared with the products they chose before, insulation protection, wear resistance, chemical resistance, oil resistance, and long-term use of polyvinylidene fluoride at high temperatures are more needed for their technology.
Best way to heat shrink tubing
According to different kind to tubes, usually heat the tube by hair dryer, heat gun, heat oven,etc.