 here the ID Tech Act show at the standard graphene and so who are you hello I'm the CEO of standard graphene my name is Junghoon Lee so you make this product yes we do mainly produce RGO and GEO so what is that? Crap-In Oxide and reduced Crap-In Oxide it basically a close to single layer of a nano sized graphite so we can call that real graphene real graphene yeah it's not like GMP where it's it's they you know people say that when they produce graphene they usually produce GMP which really doesn't reflect the graphene characteristics but in RGO that we produce it can definitely show what graphene is supposed to you know be like in the other material with the other materials so here are some other examples you have yeah we have a dispersion of graphene but these are liquid form so we couldn't really take them on board but we do produce these products as well so how does it work your technology? we use devised deviated hummus method is it there? no no there's no way to make our products but it's it's not a really new methods to produce graphene but it's we have a real technology where we can do mass reduction over this product at right price and great quality. mass production is possible? yes this is the difference between you and the others? yeah this is the there are three differences in our company than other companies so one is mass production quantity and other one is quality and the other one is the price and if you don't meet those three pillars in the market would not be able to accept our products so we've been working on to get to that level it took us about 18 years to get to this level. 18 years? yes so we've been working on nanotechnology since year 2003 and before then we're working on on metals and carbon so yeah. where are you based? in Korea. so you're here at the ID Tech X and what's the next step? we're flying to actually go to America and we're very much concentrated on our product to be applied to aerospace industry so we are going to an aviation week conference in Charleston in four days or so. so this can be how does it make the airplane better it's gonna be lighter? yeah it will definitely make our product will definitely make airplane parts lighter and stronger and it could enhance the whatever the characters they have. how far in the future is that gonna happen? I expect to be applied to aerospace industry within this year. within this year? yes. you're gonna be in rockets? yes. so in satellites or what? airplane starts commercial airplanes and we look at a car here where does the technology go with a car? for example we can apply our product with a car coating. like around it? yeah around it and also we can change the engine to you know just like Tesla we can use our scrapping to be added to lithium batteries and it could enhance the battery lifespan and also you can yes the charging time and I could have a more power to the battery. add more power faster charging? but all this is awesome so so a lot of people are talking about graphene right? so this is going to happen for sure? yes this is will happen because of our company standard graphene. because of your company? yes. all right and then that means you're gonna be everywhere? yes. like in batteries? yes. well electronics will take a little bit longer time but definitely within the electronic parts our our graphene will be added. so we're talking about electronics we're talking about things like shirts and oh no well even yeah fabrics we are we're talking with some of the companies and all research centers in the stage to add our graphene to make proliferous fabrics and also a fabric that can you know basically overcome ultra UV their strength. so is it over there something what is over there? this is a part we coated with our graphene and it can enhance the boiling points and we have tested and basically it could take less less than it could it could take less than one minute to boil the water. where is it graphene? it's just a cover. it's all graphene covered part and we also tested for a human you know the hazards in Korea. it doesn't omit any graphene water? no. no? it just stays a yeah. this is a carbon fiber reinforced plastic and this is a regular CFRP. CFRP? yes. what is that for? carbon fiber reinforced plastic and this is a we have two models that we added one is V20 we only added 0.06 percent and also this one is V30 we added same amount but we just got a test result and you can hear the noise the strength went up 28 percent so it became 28 percent stronger and a lot of scientists say that it's if you can find the material which can enhance more than five percent of what it's supposed to do it's a revolution in the industry but we with our graphene we could be able to enhance 28 percent of the strength and CFRP. so the strength of plastic things? yes. everything that's plastic? yeah we can if you added yeah well I assume that you know it has the strength. it's not bullet proof right? it could be. it could be bullet proof. yes. all right so you can have bullet proof hyphen in the future. yes. great. awesome. and what are you showing here? this is the same you know carbon fiber ultra plastic and this is regular just of the carbon fiber. all right. awesome so next step is making it happen. yes. all right. well we will make it happen. so next year at the ID TechX you will have a whole bunch of products. yes. like and you and products. sure. no problem.