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The Variable Hydraulic Preform Slurry Electrolyte Extrusion Carbon and Carbon Nanotube CNTs High Heat Wear Resistant Parts Press FIG. 1 The Variable Hydraulic Preform Slurry Electrolyte Extrusion Carbon and Carbon Nanotube CNTs High Heat Wear Resistant Parts Press. 1 with manufactured Carbon and Carbon Nanotube CNTs resources in slurry electrolyte form accelerates the manufacture process of high heat wear resistant parts electronic brushes for electric motors, alternators, generators & aerospace, automotive, transportation brake pads, and Carbon and Carbon Nanotube CNTs precision casting molds for manufacturing of Super Alloy. Scientific utilization of preform technology The Variable Hydraulic Preform Slurry Electrolyte Extrusion Carbon and Carbon Nanotube CNTs High Heat Wear Resistant Parts Press FIG.

Applying general science utilization of preform technology The Variable Hydraulic Preform Slurry Electrolyte Extrusion Carbon and Carbon Nanotube CNTs High Heat Wear Resistant Parts Press with manufactured Carbon and Carbon Nanotube CNTs resources in slurry electrolyte form facilitates the creation of the manufacture process of preform slurry electrolyte extrusion Carbon and Carbon Nanotube CNTs high heat wear resistant parts. A few technological developments of collecting and manufacturing carbon and Carbon Nanotube CNTs improve upon our existing technological structure. Global warming and growing concerns of Greenhouse gas emissions from our dependency on fossil fuels are creating real demand and awareness for an electric alternative and improvements to existing technology is fast on the move. 1 Numbers 1 to 18 is the center of this utility patent application to manufacture process preform slurry electrolyte extrusion Carbon and Carbon Nanotube CNTs high heat wear resistant parts electronic brushes for electric motors, alternators, generators & aerospace, automotive, transportation brake pads & preform slurry extrusion Carbon and Carbon Nanotube CNTs high heat wear resistant parts precision casting molds for the manufacture process of 2.5 phase extrusion die cast design and foundry fill of Super Alloy high wear resistant parts bearings, housings, casings, airframe, flight controls, turbine blades ETC.