FeNi Alloy 29-holes Parts
DECSRIPTION: Fe-Ni alloy 29-holes parts are customized and are non-sale items. They are formed by using continuous mold cold extrusion technology. The average output per minute can reach from 100 to 150 piece
DECSRIPTION: Fe-Ni alloy 29-holes parts are customized and are non-sale items. They are formed by using continuous mold cold extrusion technology. The average output per minute can reach from 100 to 150 piece
DESCRIPTION:Kovar Alloy Ring These Kovar alloy rings are customized and are non-sale items. Kovar alloy rings are formed by using continuous mold cold extrusion technology. The average output per minute can reach 1
DESCRIPTION These Kovar alloy cover plates are customized and are non-sale items. Kovar alloy cover plates are formed by using continuous mold cold extrusion technology. The average output per minute can reac
DECSRIPTION: Fe-Ni alloy parts are customized and are non-sale items. They are formed by using continuous mold cold extrusion technology. The average output per minute can reach from 100 to 150 pieces and the produ
DESCRIPTION Oxygen-free Copper Part are mainly customized and are non-sale items. Oxygen-free copper are formed by using continuous mold cold extrusion technology. The average output per minute can run from 100 pie
Fe-Ni Alloy Parts(Electrode) DECSRIPTION: Fe-Ni alloy electrode parts are customized and are non-sale items. They are formed by using continuous mold cold extrusion technology. The average outp
DESCRIPTION Cold Extruded Oxygen-free copper perforated parts are mainly customized and are non-sale items. Oxygen-free copper are formed by using continuous mold cold extrusion technology. The average output per m
DESCRIPTION Cold Extrusion TU1 Copper Miniature Rod is mainly customized and are non-sale items. Oxygen-free copper are formed by using continuous mold cold extrusion technology. The average output per minute can run
DESCRIPTION Cold Extrusion TU1 Oxygen-free Copper Square Electrodes are mainly customized and are non-sale items. Oxygen-free copper are formed by using continuous mold cold extrusion technology. The average o