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Overview
Saluki Technology Inc. is a high-tech company, supplier and manufacturer of High-end RF&MW Test Equipment, General Test Equipment, Lab Equipment and Optical Communication Equipment. Founded in 1997, the company was initially an agent of telecommunication equipment, and it once ranked second in the Chinese market. With an in-depth understanding of the market and user needs, meantime a deep accumulation of technology, the company began to develop its own brand of test equipment in 2008, and promoted it mainly for the Asian market. Beginning in 2015, the company moved its headquarters to Taiwan, and began to face more overseas markets and built the SALUKI brand.
At present, the company has exclusive agents in South Korea, Turkey, and stable partners in markets of countries like Canada, Germany, the United States, the United Kingdom, Finland, Poland, Indonesia, Israel, Vietnam, and South America.
We are committed to establishing a stable partnership with local agents to provide customers with the most professional, fast and long-term services.
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Experiment name: Field-induced wettability gradient drives lossless transport of droplets on super lubricated surfaces.
Experimental content: Introducing a field-induced wettability gradient on a flat super lubricated surface. By printing radial arrays of interdigitated electrodes, the electric field can be patterned to create a wettability gradient for directional transport of droplets. Theoretical analysis and experimental results show that the transport behavior of droplets can be evaluated by the dimensionless electric Bond constant, and super lubricated surfaces can transport various types of droplets without damage.
Test purpose: The droplet transport mentioned in the experiment can be applied and developed in aspects such as heat transfer, anti-pollution, microfluidics and biochemical analysis.
Test equipment: electrode substrate, signal generator DG1032, high voltage amplifier SLA-HV-1600S, optical goniometer, optical microscope, PTFE film, high-speed camera
Experiment procedure:
(1) Cover the patterned electrode substrate with a layer of super-lubricating film to prepare the experimental sample ((a-c) in the figure below);
(2) Connect the voltage signals output from the signal generator and high-voltage amplifier to the positive and negative electrodes ((d) in the figure below);
(3) After DC or AC voltage is applied to the electrode substrate, the radial interdigitated design of the electrode can generate an electric field intensity gradient, thereby causing a wettability gradient and realizing droplet transport.
Test Results:
Realize the directional transport of droplets and carry out related applications of directional transport of droplets. Such as the collection of organic micro-droplets (a in the figure below), dust cleaning during droplet transportation (b in the figure below), and transporting droplets in an oil phase environment (c in the figure below).
