Method for turning spoke plate part of integral wheel type component
A technology of integral impeller and processing method, applied in turning equipment, metal processing equipment, manufacturing tools, etc., can solve the problems of long processing time, high surface accuracy and roughness requirements, and achieve the effect of prolonging life and providing surface quality.
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Embodiment 1
[0051] A turning processing method for the spoke part of integral impeller parts, aiming at the machining process of the disc profile of the superalloy (GH4169) integral impeller with a diameter of 117-455mm, the tool used is ISCAR coated carbide 35° diamond For the blade, the allowance before machining is 1mm, and the allowance after machining is 0.4mm. The turning processing method of the web part of this kind of parts is as follows:
[0052] Processing in three steps:
[0053] 1) The first time: the cutting line speed is 20m / min, the feed rate is 0.16mm / r, the cutting time is 45min, and the surface quality is Ra3.2;
[0054] 2) The second time: the cutting line speed is 36m / min, the feed rate is 0.16mm / r, the cutting time is 27min, and the surface quality is Ra1.60;
[0055] 3) The third time: the cutting line speed is 60m / min, the feed rate is 0.16mm / r, the cutting time is 16min, and the surface quality is Ra1.60.
[0056]
[0057] Will figure 1 As a representative, ex...
Embodiment 2
[0080] A method for turning the spoke part of an integral impeller part. Aiming at the machining process of the spoke surface of a stainless steel disc body with a diameter of 230-420mm, the tool used is a SANDVIK coated carbide φ12 round blade, and the allowance before machining is 1.5 mm, with a margin of 0.3mm in the processing back, the turning processing method of the web part of this kind of parts is as follows:
[0081] Processing in three steps:
[0082] 1) The first time: the cutting line speed is 36m / min, the feed rate is 0.16mm / r, the cutting time is 20min, and the surface quality is Ra3.2;
[0083] 2) The second time: the cutting line speed is 65m / min, the feed rate is 0.16mm / r, the cutting time is 12min, and the surface quality is Ra1.60;
[0084] 3) The third time: the cutting line speed is 120m / min, the feed rate is 0.16mm / r, the cutting time is 0.5min, and the surface quality is Ra1.60.
[0085]
Embodiment 3
[0087] A turning processing method for the spoke part of integral impeller parts, aiming at the machining process of the spoke plate surface of the titanium alloy integral impeller disc body with a diameter of 246-620mm, the cutting tool used is KENNAMETAL coated carbide 80° rhombic blade, before machining The margin is 1.5mm, and the machining margin is 0.3mm. The turning processing method of the web part of this kind of parts is as follows:
[0088] Processing in three steps:
[0089] 1) The first time: the cutting line speed is 27m / min, the feed rate is 0.16mm / r, the cutting time is 80min, and the surface quality is Ra3.2;
[0090] 2) The second time: the cutting line speed is 50m / min, the feed rate is 0.16mm / r, the cutting time is 45min, and the surface quality is Ra1.60;
[0091] 3) The third time: the cutting linear speed is 68m / min, the feed rate is 0.16mm / r, the cutting time is 32min, and the surface quality is Ra1.60.
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