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
