价值工程
價值工程
개치공정
VALUE ENGINEERING
2014年
24期
318-319
,共2页
复合电刷镀%镀层%正交试验
複閤電刷鍍%鍍層%正交試驗
복합전쇄도%도층%정교시험
composite brush plating%coating%orthogonal test
为了获得复合电刷镀镍铁-金刚石的最佳工艺参数，采用正交实验方法研究施镀电压等工艺参数对镀层的厚度及镀层中金刚石含量的影响。结果表明：当施镀电压为12V，施镀温度为50益，镀笔与工件间的相对运动速度为10m/min，镀液中金刚石含量达到30g/l时能够获得光亮平整的镍铁-金刚石复合镀层，施镀60min，镀层中金刚石含量为11.20%，镀层厚度为33.60滋m。镀层的显微硬度为HV870，镀层具有较高的耐磨性能，具有广泛的应用前景。
為瞭穫得複閤電刷鍍鎳鐵-金剛石的最佳工藝參數，採用正交實驗方法研究施鍍電壓等工藝參數對鍍層的厚度及鍍層中金剛石含量的影響。結果錶明：噹施鍍電壓為12V，施鍍溫度為50益，鍍筆與工件間的相對運動速度為10m/min，鍍液中金剛石含量達到30g/l時能夠穫得光亮平整的鎳鐵-金剛石複閤鍍層，施鍍60min，鍍層中金剛石含量為11.20%，鍍層厚度為33.60滋m。鍍層的顯微硬度為HV870，鍍層具有較高的耐磨性能，具有廣汎的應用前景。
위료획득복합전쇄도얼철-금강석적최가공예삼수，채용정교실험방법연구시도전압등공예삼수대도층적후도급도층중금강석함량적영향。결과표명：당시도전압위12V，시도온도위50익，도필여공건간적상대운동속도위10m/min，도액중금강석함량체도30g/l시능구획득광량평정적얼철-금강석복합도층，시도60min，도층중금강석함량위11.20%，도층후도위33.60자m。도층적현미경도위HV870，도층구유교고적내마성능，구유엄범적응용전경。
To obtain the optimal technological parameters of composite brush plating Ni-Fe-diamond, the main factors including the thickness, the performance of the coating, and contents of diamond were explored by orthogonal test. The results show that:when the plating voltage are 12V, plating temperature are 50℃, relative velocity are 10m/min, diamond content in liquid are 30g/l, it can obtain ferronickel-diamond composite coating, plating 60min, 11.20% of diamond content, and 33.60 μm of the coating thickness. The composite coatings have better wear-resistance and broad application prospect.
