Lanxi contact angle measurement, contact angle measurement instrument price, ShengDing equipment (certified merchants) are provided by Dongguan Sheng Ding Precision Instrument Co., Ltd .. Dongguan Sheng Ding Precision Instrument Co., Ltd. (www.gdshengding.com) is a specialist in the "contact angle measurement, tensile tester, drop angle detector, tables, interface equipment," the company. Since its inception, we adhere to the "honesty, sound management" approach, the courage to participate in healthy competition in the market, so that the "" brand has a good reputation. We adhere to the "service first, customers first" principle, so ShengDing instrument has won the trust of customers in the congregation dedicated instrumentation, and establish a good corporate image. Special Note: This information is for reference pictures and information, please contact us to obtain the most accurate information, thank you! Role of the yarn in the textile processing and the process of taking the fabric are subjected to a bending moment, bending deformation. Yarns and fabrics are superimposed curved fibers interaction between bending and fiber itself. Interaction between the fibers showed yarn twist in the yarn and yarn transfer, and floating-point performance for a long intertwined in the fabric. Fiber bending performance itself is the fundamental factor of yarn and fabric bending, however, limit the scope of measurement methods and makes textile yarn bending evaluation remains at this level. In the solid appearance of a drop of liquid contact angle measurement instrument price, to be solid - liquid - gas balance of the balance after the three-phase interface system photography, the software supplied through the contact angle measurement methods were measuring the contact angle. Also able to test the process of balancing processes punctuality photography or video, then the system change process to analyze the beautiful lotus lightness finds, rolled down from the lotus leaf drops can remove dirt and bacteria on adsorption Scientists call this phenomenon the leaves of the "self-cleaning effect" or "lotus effect." 1997 German botanist Professor William Bass Lott inspiration from the successful production of easy to clean buildings and transport surface coatings. Recently, researchers at the University of Michigan to develop a theoretical model by contact angle measurement instrument price, the first successful nano hairy structure and microstructure and chemical composition separated, the essence of the principle of self-cleaning lotus effect research. When a drop of water falls on a lotus leaf, lotus leaf with water drops formed between a high degree of contact angle (greater than 90 degrees) contact angle measuring instrument, making it gathered into a bead without diffusion. Typically, human skin has a slightly hydrophobic, the contact angle of about 90 degrees, and the contact angle approaches 170 degrees, the leaves, the leaf surface extremely hydrophobic. But scientists found that although little actual contact with the leaves of the rain droplets fall not without friction, water droplets away dirt and bacteria on the leaves, act as a "self-cleaning" function. Scientists for the first time the hairy leaves of the nano-structure and microstructure and chemical composition separated. They found that, in addition to containing a waxy lotus leaf surface contact angle measuring instrument components, the two structures "lotus effect" and the lotus leaf is related to a micron level is raised, one is hairy nanoscale structures . The contact angle of two structures comprising the leaves of 142 degrees, the contact angle of the leaves contain only micro structure is 126 degrees, the contact angle of the surface of the wax alone containing only 74 degrees. Scientists believe that hairy nanoscale structure to increase the contact angle of 16 degrees, the two structures are the main causes of "lotus effect". "Lotus effect" as a good model that can be used to study many fields, such as lotus effect on the production of coatings can be easy to clean the house or building surfaces, the future lotus effect will have a broader development prospects