Is it durable? If not, or if it can only coat those three materials you’ll have limited applications in medicine. If it is durable and applicable to any material, the first category of device I would look at is anything permanently implanted that’s contacting circulating blood, such as pacing leads, heart valves, stents, stent grafts, etc. You would need to prove that the coating survives device placement via catheter, and that it prevents clots and stenosis without affecting performance (nobody wants a TAVR or stent that doesn’t stay put). Urinary catheters would be another good idea, in order to reduce biofilms, but with greater price sensitivity. IMHO your greater challenge is commercial not technical.

Many thanks Michael for your valuable input. Yes, it is durable but it need high temperature to be desposited, which exclude plastic materials. The applications are indeed rather limited to some specific cases. I don’t know the possibility to apply it to implanted devices or catheters. I was thinking about protein adherence issues on external use devices which need to be cleaned to avoid cross-contaminations