Supply Dongguan Kai-day drop angle tester PD-SCY680 contact angle measurement

Kai-day science and technology professional experience and academic research and development team who support the establishment and formation of the company, the main plasma plasma cleaning machine, plasma surface treatment, surface modification equipment and accessories, and also the production drop angle measurements. Device applications comprising: glass, LCD & LCM flat panel displays, semiconductors, mobile phones and laptops and shell buttons, CCD camera and digital camera components, Si, InP, GaAs wafers, wafer, fiber, circuit boards, X-ray lens, UV / IR lenses, optical head components, optical components, precision molds, precision instruments and packaging, printing, textiles, plastics, biological materials, medical utensils, environmental protection equipment and other industries. Drop angle basic principles: the definition of electronic angle of water droplets in the solid, liquid, gas three-phase interface of gas - solid-liquid interface - the interface between the liquid phase angle, the contact angle is the display scale solid surface humidity, Most significant was the use of solid droplets were measured, low contact angle indicates high humidity (hydrophilic), surface easy to paste. The contact angle of the liquid and solid flat surface in contact, through a liquid - measuring out the end point of contact and a solid surface gas junction in the curve drops - solid. For liquid to solid wettability by measuring the contact angle of the liquid solid, computing, measuring liquid adhesion to a solid, solid surface tension and energy and other indicators. The instrument is widely used in petroleum, chemical, pharmaceutical, paper, dyes, etc., for scientific research and teaching institutions. The machine uses imported components, and application of micro-control technology will be ingested into a computer to save the image, analysis and printing. Fast speed, accurate data, easy to operate. Drip methods: intravenous method, changes in droplet method.