SunTronic®水性银柔印油墨

Silver ink, SunTronicAFT6700, Conductive ink, Ag ink

SunTronic®aqueous silver flexo ink

S487464-20g

20g

2-8°C储存

冰袋运输

Description SunTronic aqueous silver flexo ink AFT6700 is a water-based silver conductive ink designed for the production of printed antenna for radio frequency identification (RFID), conductive interconnects, and printed circuitry via flexographic printing.AFT6700 is appropriate for paper and cardboard substrates and also water-receptive polymer films and provides a unique combination of high-speed printability, fast drying, and conductivity in an easy-to-use ink system. AFT6700 can also be printed on plastic films bearing a water-receptive primer. Preparation instructions Processing and Handling GuidelinesPRINTINGAFT6700 is supplied as ready-for-use ink. Thinning is not recommended. Soft sediment may occur over time so thorough mixing prior to use is necessary.The below details are only a guide, and the final choice of flexo printing specifications may depend on substrate and web speed. To achieve maximum coverage, high volume anilox rolls are recommended (80-120 lpi with 14-22 BCM). As an example, thickness of 3-4 microns can be achieved with a 160 line/inch and 20 BCM ART anilox (Praxair Technology, Inc.). Print tests have demonstrated that a soft flexographic plate such as Nyloflex ART (BASF) produces the highest quality graphics when used in conjunction with a medium-hard sticky back. A closed doctor-blade chamber is recommended.Continuous anilox rotation is required throughout the print run to avoid ink drying on flexo plate and anilox roll. AFT6700 should not be allowed to dry completely on printing equipment. Prompt cleaning with water is highly recommended. Anilox rolls should be also cleaned using a sonicating bath after each print run.DRYINGAFT6700 is a fast drying ink that will dry to the touch between 150-300 feet per minute using standard dryers found on flexographic presses. Maximum conductivity can be achieved with further drying, inline or offline, using infrared (IR) dryers, high capacity forced hot air ovens and/or heated mandrels.Optimum drying conditions should be established for particular equipment used by the customer. Description SunTronic aqueous silver flexo ink AFT6700 is a water-based silver conductive ink designed for the production of printed antenna for radio frequency identification (RFID), conductive interconnects, and printed circuitry via flexographic printing.AFT6700 is appropriate for paper and cardboard substrates and also water-receptive polymer films and provides a unique combination of high-speed printability, fast drying, and conductivity in an easy-to-use ink system. AFT6700 can also be printed on plastic films bearing a water-receptive primer. Preparation instructions Processing and Handling GuidelinesPRINTINGAFT6700 is supplied as ready-for-use ink. Thinning is not recommended. Soft sediment may occur over time so thorough mixing prior to use is necessary.The below details are only a guide, and the final choice of flexo printing specifications may depend on substrate and web speed. To achieve maximum coverage, high volume anilox rolls are recommended (80-120 lpi with 14-22 BCM). As an example, thickness of 3-4 microns can be achieved with a 160 line/inch and 20 BCM ART anilox (Praxair Technology, Inc.). Print tests have demonstrated that a soft flexographic plate such as Nyloflex ART (BASF) produces the highest quality graphics when used in conjunction with a medium-hard sticky back. A closed doctor-blade chamber is recommended.Continuous anilox rotation is required throughout the print run to avoid ink drying on flexo plate and anilox roll. AFT6700 should not be allowed to dry completely on printing equipment. Prompt cleaning with water is highly recommended. Anilox rolls should be also cleaned using a sonicating bath after each print run.DRYINGAFT6700 is a fast drying ink that will dry to the touch between 150-300 feet per minute using standard dryers found on flexographic presses. Maximum conductivity can be achieved with further drying, inline or offline, using infrared (IR) dryers, high capacity forced hot air ovens and/or heated mandrels.Optimum drying conditions should be established for particular equipment used by the customer.