PRINTING WIRE FOR PRINTER

PURPOSE:To provide wt. reduction and high speed printing operation and to obtain excellent durability by enhancing hardness and reducing abrasion, by forming a printing wire by processing a sintered body of doped molybdenum containing one or more kind of aluminum, silicon and potassium. CONSTITUTION...

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Hauptverfasser: SAITO HIROYUKI, ITO MASAMI, KOIZUMI HIDEO, TAKAHASHI TSUTAE
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creator SAITO HIROYUKI
ITO MASAMI
KOIZUMI HIDEO
TAKAHASHI TSUTAE
description PURPOSE:To provide wt. reduction and high speed printing operation and to obtain excellent durability by enhancing hardness and reducing abrasion, by forming a printing wire by processing a sintered body of doped molybdenum containing one or more kind of aluminum, silicon and potassium. CONSTITUTION:A printing wire is formed by processing a sintered body of doped molybdenum containing one or more kind of aluminum (Al), silicon (Si) and potassium (K) and, if surface reducing processing is applied to the sintered body comprising the doped molybdenum, a high hardness product can be obtained by the actions of Al, Si and K. The compositional range of Al. Si and K is set to 0.005-0.75% on a wt. basis and, if the contents thereof are too little, effect is reduced and, if too much, the surface reducing processing is difficult. The doped molybdenum powder having one kind or plural kinds of Al, Si and K added thereto in a predetermined ratio is pressed to mold a compacted powder which is, in turn, sintered to obtain the rod-shaped sintered body. Next, rolling processing and wire drawing processing are applied to the sintered body to form a wire material which is, in turn, cut into a predetermined length to form the printing wire.
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CONSTITUTION:A printing wire is formed by processing a sintered body of doped molybdenum containing one or more kind of aluminum (Al), silicon (Si) and potassium (K) and, if surface reducing processing is applied to the sintered body comprising the doped molybdenum, a high hardness product can be obtained by the actions of Al, Si and K. The compositional range of Al. Si and K is set to 0.005-0.75% on a wt. basis and, if the contents thereof are too little, effect is reduced and, if too much, the surface reducing processing is difficult. The doped molybdenum powder having one kind or plural kinds of Al, Si and K added thereto in a predetermined ratio is pressed to mold a compacted powder which is, in turn, sintered to obtain the rod-shaped sintered body. 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CONSTITUTION:A printing wire is formed by processing a sintered body of doped molybdenum containing one or more kind of aluminum (Al), silicon (Si) and potassium (K) and, if surface reducing processing is applied to the sintered body comprising the doped molybdenum, a high hardness product can be obtained by the actions of Al, Si and K. The compositional range of Al. Si and K is set to 0.005-0.75% on a wt. basis and, if the contents thereof are too little, effect is reduced and, if too much, the surface reducing processing is difficult. The doped molybdenum powder having one kind or plural kinds of Al, Si and K added thereto in a predetermined ratio is pressed to mold a compacted powder which is, in turn, sintered to obtain the rod-shaped sintered body. 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CONSTITUTION:A printing wire is formed by processing a sintered body of doped molybdenum containing one or more kind of aluminum (Al), silicon (Si) and potassium (K) and, if surface reducing processing is applied to the sintered body comprising the doped molybdenum, a high hardness product can be obtained by the actions of Al, Si and K. The compositional range of Al. Si and K is set to 0.005-0.75% on a wt. basis and, if the contents thereof are too little, effect is reduced and, if too much, the surface reducing processing is difficult. The doped molybdenum powder having one kind or plural kinds of Al, Si and K added thereto in a predetermined ratio is pressed to mold a compacted powder which is, in turn, sintered to obtain the rod-shaped sintered body. 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language eng
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subjects ALLOYS
CHEMISTRY
CORRECTION OF TYPOGRAPHICAL ERRORS
FERROUS OR NON-FERROUS ALLOYS
i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME
LINING MACHINES
METALLURGY
PERFORMING OPERATIONS
PRINTING
SELECTIVE PRINTING MECHANISMS
STAMPS
TRANSPORTING
TREATMENT OF ALLOYS OR NON-FERROUS METALS
TYPEWRITERS
title PRINTING WIRE FOR PRINTER
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