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先进院(深圳)科技有限公司

Hotline:0755-22277778 Tel:0755-22277778 
Mobile:13826586185(Mr.Duan)
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E-mail:duanlian@xianjinyuan.cn

Company news

2023-09-24Electrochemical biosensor slurry: a key solution for achieving precise sensing
2023-09-24Oxygen/Nitrogen Oxygen Sensor Slurry: Application and Advantages of Innovative Technology
2023-09-23Gold paste: the golden lubricant that connects the future
2023-09-18Unique viewpoint: The particle size of copper powder in glass welding conductive copper paste has a significant impact on the conductivity and printing operation
2023-09-18Efficient conductivity, advanced institute technology glass welding conductive copper paste
2023-09-18Characteristics, Applications, and Related Process Parameters of Solderable Conductive Copper Paste
2023-09-17Sputtering argon ITO transparent conductive film: Unveiling the mysterious veil of high-tech products
2023-09-17Ag ITO composite nanofilm: a shining star in the future field of optoelectronics
2023-09-17Miracle Light: Exploring the Synthesis and Application of Ag ITO Composite Nanofilms
2023-09-17The preparation of ITO thin films by magnetron sputtering can be divided into three parts: the hardened layer, the substrate layer, and the conductive layer, each of which has different functions and importance
2023-09-17Organic thin film substrate ITO transparent conductive film
2023-09-17Low temperature ITO film: cutting-edge application of evaporation coating technology
2023-09-17Low temperature ITO thin film: exploring new trends in film preparation technology
2023-09-17Vacuum evaporation of ITO film: a miracle of technology
2023-09-16Magnetron Sputtering Low Temperature Deposition of ITO Thin Films: Counting Its Advantages in the Field of Transparent Conductive Materials
2023-09-16Magnetron Sputtering Low Temperature Deposition of ITO Thin Films: The Future Path of Transparent Conductive Materials
2023-09-16Transparent oxide semiconductor thin film: bringing new possibilities for optoelectronic devices
2023-09-16Transparent Conductive Oxide Thin Films: Exploring New Boundaries of Optoelectronic Materials
2023-09-16Indium oxide based transparent conductive thin film: a bright and boundless new future
2023-09-16Indium tin oxide (ITO) thin film is a functional thin film material widely used in electronic and optical devices
2023-09-16RF magnetron sputtering ITO thin film: optimizing deposition temperature to improve electrical and optical properties
2023-09-16Improving the electrical and optical properties of ITO thin films through radio frequency magnetron sputtering
2023-09-16Transparent conductive oxide ITO film: the key to realizing future technology
2023-09-15Polyurethane foam based microwave absorbing materials: ushering in a new era of microwave absorbing and processing properties
2023-09-15Invisible aircraft radar absorbing material
2023-09-14Ceramic absorbing coatings: leading the future of broadband and multi band absorbing technology
2023-09-14Radioisotope absorbing coatings: interpreting the wonderful combination of organic chemistry and electromagnetic wave absorption
2023-09-14Exploring Unknown Fields: Multi functional Applications of Radioisotope Absorbing Coatings
2023-09-14Corrugated core structure absorbing material - ushering in a new era of efficient absorption
2023-09-14Corrugated core structure absorbing material - an efficient tool for absorbing electromagnetic waves
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