Manufacturing method of alloy terminal serving as material of circuit board connector
A production method and technology of electronic connectors, which are applied in the direction of contact parts and contact parts manufacturing, etc., can solve the problems that terminals are difficult to meet the electronic connectors of integrated circuit boards, such as conductivity, non-magnetism, and low proportion of manganese content, and achieve strength Not easy to bend, high strength, good bending toughness effect
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Embodiment 1
[0009] According to weight percentage, chromium: 9%, manganese: 17.5%, phosphorus: 0.04%, sulfur: 0.04%, carbon: 0.08% and the rest of iron are smelted-primary drawing-heat treatment-rough drawing-middle drawing heat treatment (degaussing) )-fine drawing-cut to the required specifications by punching machine, or smelting-primary drawing forming-heat treatment-copper plating (pure copper or brass)-rough drawing-medium drawing heat treatment (degaussing)-fine drawing-fine drawing- Cut into required specifications by punching machine. In the drawing process after the first heat treatment, the inner hole of the mold used for drawing the wire is square, flat or round, and the shape of the inner hole of the different drawing die determines whether the final finished alloy wire is square or flat. Alloy wires or round alloy wires are cut into square terminals (guidelines), flat terminals (flat pins) or round terminals (round pins) after being cut by a corresponding type of punching ma...
Embodiment 2
[0013] 10% by weight of chromium, 17% of manganese, 0.038% of phosphorus, 0.035% of sulfur, carbon: 0.078% and the iron of the remainder are produced according to the method described in Example 1, and obtained in a semi-hard state. The strength is 500-800KGF / mm, the plug-in resistance: 20-40 milliohms, the corrosion resistance (the number of days exposed in a ventilated and shaded place) ≥ 80 days, the electroplating adhesion is strong (the material does not crack at the bend at 90 degrees) , the coating does not fall off) ≥ 2 times
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