some powder dope the non homogeneity would be increased 6 existing methods of forming the ceramic article from dry powder until now could not result at a commercially acceptable cost in the conveyor and fully automatic production of scrap free and quality assured continuous wire and tape as well as cable rods beams and rails 7 high density and full integrity superconductor ceramic products should be produced with special grain alignment within the ceramic body which will result in the highest superconductor electrical and magnetic properties of the scc materials and products 8 the electrical current density of the scc material may be controlled and significantly increased by a metal dope even though the best type of metal and optimal percentage of the dope were unknown and 9 if some metal substrate is applied according to existing dip coating and ibad techniques superconductor ceramics did not stick to the metal or alloy material substrates without additional and expensive treatment of the substrate concurrently the invention improves magnetic flux pinning minimizes weak links in y123 or bcco ceramic grains increases the wire strength decreases the cost of the wire sheathing and eliminates density variations of the coating layer the invented high temperature superconductor composite material is a material which works at liquid nitrogen and higher temperatures k gt 77 with critical current density j c gt 10 4 a cm 2 and value of critical magnetic field h c within the range of 0 1 30 tesla in particular it can work with the critical current density j c of 10 3 a cm 2 10 6 a cm 2 the new high temperature superconductor hts composite material in accordance with the present invention has specific impact strength within the range of 0 5 2 kg.