High density and high mechanical strength Isostatic graphite block for EDM

      isostatic  graphite block 

Isostatic Graphite

Formed by means of CIP (cold isostatic pressing) technique, isostatic graphite is characterized by its homogeneous structure and excellent isotropic electrical, thermal and mechanical properties. Sometimes it is purified in special-designed graphitization furnace to remove non-carbonaceous impurities. It is widely used in a variety of industrial and scientific engineerings as a structural and/or functional material.
Applications
Molds in continuous casting systems for making shaped steel, cast iron, copper;
Sintering molds for cemented carbides, diamond tools and electronic components;
Molds for making shaped glass;
Crucibles for melting precious metals or alloys;
Electrodes for EDM;
Heating elements, heat shields, crucibles, boats in furnaces for pulling monocrystalline silicon or optical fibers;
Anodes for production of manganese dioxide, metallic magnesium and rare metals;
And so on.

Programmable properties
Fine grain
Homogeneous structure
Isotropic properties
High density and high mechanical strength
High thermal and chemical resistance
High resistance to thermal shock
Proper electrical conductivity
High oxidation resistance
Low ash

Typical Sizes
400*300*400,490*400*400,690*400*200,650*600*300,1000*500*300,1800*650*300 and so on.
* Other diameters and lengths are available on request.

  The values mentioned in this table are only for reference and not committed to any contract.                    

About us 

Dalian Thrive Mining Co., Ltd. is one of the professional producers for specialty carbon and graphite materials. Combined the high level talents and local resources, we are engaged in the research and production of carbon & graphite materials, including graphite electrodes (RP, HP and UHP), fine-grained graphite (i.e. die-molded graphite blocks & rounds, small size extruded rods), medium-grained graphite (i.e. large size vibration molded graphite blocks & rounds, middle size extruded rods).

thermal management graphite, electrolytic carbon anodes or graphite anodes, wear-resistant carbon & graphite, graphite-ceramic composite, oxidation retardant carbon & graphite and impervious graphite, as well as the PFM (plasma facing material) for nuclear fusion reactors. These products contribute to a variety of industries of metallurgy, machinery, chemistry, semi-conductor, solar energy, glass & ceramic, transportation, aeronautics & astronautics, nuclear technology, etc.