The design processes of Kaidi Sensors liquid level meter are of professionalism. These processes include recognition of its need or purpose, selection of a possible mechanism, analysis of forces, material selection, design of elements (sizes and stresses), and detailed drawing. It can be sterilized at temperatures above 100 °C after use
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The design of Kaidi Sensors liquid level meter involves many considerations. They may include stress points, support points, yield points, wear resistance capacity, toughness, and friction force. Its quality is controled by professionals with 10+ years of industry experience
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The creation of Kaidi Sensors liquid level transmitter involves some advanced technologies. They include mechanical systems technology, automatic control technology, sensing technology, and servo-drive technology. Changes can be made to its chemical properties, such as to make it hydrophilic
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Kaidi Sensors liquid level transmitter is professionally designed considering the following factors: the functionality of the control system, engineering forces, life cycle, utility, and manufacturability. The high crystallinity endows it with a good anti-corrosion effect
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Kaidi Sensors liquid level transmitter is strictly assessed after production. Many factors include part tolerances, size limitations, materials properties, mechanical analysis, and function realization have been analyzed. Its web is formed by a spinneret spouting out the fiber
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The product features highly stable mechanical properties. Its mechanical components can withstand extreme conditions such as heat or cold temperatures. It can be designed to have a narrow width, reinforced edge, etc
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