Developed new shielding transparent shielding functionality1. Permeable PET FILM is treated with composite ceramic multi-films in thin layers, to be applicable transparent and highly efficient electromagnetic shielding substrate2. High conductive characteristics of thin layer substrates are adoped to ensure exnt and efficient shielding effect. Nano scale of thin layers technology is applied for technology implementation.3. Compact /Ultra-slim - Thin layered film within 0.3mm4. For electromagnetic shielding transparent conductive film, the requirements are penetration and low resistance factors.5. Requirements for electromagnetic shielding testing -(20db / electromagnetic shielding test data)- The release this time 60db, film resistance conditions (10 ohm / electromagnetic shielding transparent conductive film imported product)Needs for high efficient and transparent electromagnetic shield br>Due to the development of electronic communications, it is unvoidable to ouse more electromagnetic. The issue of electromagnetic interference (Electro-Magnectic Interface;EMI) now becomes the issue that cannot be neglected any more. Home appliances and communication devices are restricted by stronger EMI regulations. In particular from displays such as LCD(Liquid Crystal Display), EL and CRT, there is increasing needs for block-off vent from electromagnetic(EMI;electromagnetic, NIR;near-infrared ray, neon beam) harfum to human body, with rapidly increasing demands,In the market expansion, this high efficient and transparent electromagnetic blocking alled on the front of displays such as LCD /VDT with much electromagnetic wave emissions. As for the monitors requiring permeability, it has to ensure effective block-off of the leak of electromagnetic emissions. In reality, Korea has depended on importations, which requires the development of domestic permeable EMI shielding materials.To begin with, the shielding performance should have 20db or over value and hold 10 ohm/sq or over sheet resistance, which also should penetrate at least 60% of visible lights (wavelength 380~780nm).Accordingly, it is urgent to set up domestic technology of nano-thin layer of transparent conductive film as in our suggestions. We are planning to hold globally recognizable technology competitiveness, by developing 50% higher in production and price competitiveness, compared to the pre-existing process. Pre-existing technology - Changes in applicability in electromagnetic shielding materials 
New transparent shielding romagnatic wave (Cebit exhibition, Germany)Conductive windows (Shielded Screen). Coating type windows is a product coated with conductive materials in form of vacuum sputter on one side of transparent plate, for electromagnetic shielding. This product is great in light penetration and mainly adopted to LCD after ITO coated new br> [Originality of technology]Core y1. Precise nano thin layer coating manufacturing technology (Already acquired technology), balanced thickness / balanced coating → Patent held2. Higher efficiency technology (Already acquired technology) - Process technology held through 　 patent and research project3. Target control technology (Some are already acquired, plus field knowledge required), thin layer coating + pre-treatment process development - development required. Assembly apparatus designs by section, Target control and plasma environment control process4. Reliability technology (supplementary technology) Reliability test technology → As for finished products, we cooperate with a process company (with New-Optics Co.,) Intellectual property rights on technology held by us1. Patent registration 0533068 -technology rights held by :Uniplatek Registered on Nov. 25, 2005 　 - Polymer surface treatment, using plasma ion injection method2. Patent registration 0533070 -technology rights held by : Uniplatek Registered on Nov. 25, 2005 　 - Abrasion increasing method of metal product, using plasma ion injection method3. Patent application 1 -technology rights held by :　 Uniplatek muti-layer thin layers coated transparent conductive film manufacturing method, manufactured muti-layer, 　 thin layers type transparent conductive film, and muti-layer thin layers type transparent conductive film manufacturing system Process technology held1. Composite muti-layer metal coating sputter technology device infrastructure2. Continuous metal/non-metal sputter/ion injection technology3. Plasma cleaning process technology4. Plasma Source /Gun design / manufacturing technology Technology implementation and technology differentiation1. Domestic material applied, instead of ITO high-priced ones　 - (4 times of price competitiveness) Achieved cost benefit, using AZO/ AG /AZO　 - Developed product with 50% cost saving, even in pre-existing quality standards2. Single film implementation → composite multi-film implementation that meets the specification needs Precise printing screen print, wet latticed pattern printer printing process inspection process pre-shipment process winding processCarbon printing process tested by equipment held by authority Expected to be tested through this process. [Equipments held]1. Equipment held - Batch Type production equipment2. Equipment held - Plasma Roll to Roll continuous metal/non-metal Roll to Roll coating system to of plasma continuous process
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