机械工程师
機械工程師
궤계공정사
MECHANICAL ENGINEER
2001年
1期
20-22
,共3页
苗赫濯%齐龙浩%司文捷%仇启源
苗赫濯%齊龍浩%司文捷%仇啟源
묘혁탁%제룡호%사문첩%구계원
削加工%陶瓷刀具%Si3N4
削加工%陶瓷刀具%Si3N4
삭가공%도자도구%Si3N4
Si3N4基陶瓷刀具通过硬质颗粒弥散,使硬度和切削能力得到提高,能对传统刀具难以加工的一系列超硬难加工材料进行顺利的切削。新型陶瓷刀具在轧辊、碴浆泵、矿山机械、轴承、汽车等领域中得到了应用,提高了生产效率,降低了加工成本,促进了机械加工工艺的改革并带来很大的社会经济效益。
Si3N4基陶瓷刀具通過硬質顆粒瀰散,使硬度和切削能力得到提高,能對傳統刀具難以加工的一繫列超硬難加工材料進行順利的切削。新型陶瓷刀具在軋輥、碴漿泵、礦山機械、軸承、汽車等領域中得到瞭應用,提高瞭生產效率,降低瞭加工成本,促進瞭機械加工工藝的改革併帶來很大的社會經濟效益。
Si3N4기도자도구통과경질과립미산,사경도화절삭능력득도제고,능대전통도구난이가공적일계렬초경난가공재료진행순리적절삭。신형도자도구재알곤、사장빙、광산궤계、축승、기차등영역중득도료응용,제고료생산효솔,강저료가공성본,촉진료궤계가공공예적개혁병대래흔대적사회경제효익。
The hardness and cutting performance of Si3N4-based ceramic tools were enhanced by dispersion of hard particles. The new ceramic tools can not only do rough and finish machining of varous superhard materials, but also do some machining with great shock load, such as milling, planing, interrupted cutting. They have been used in the machining of roller punop, mininm machine, bearing and vechicle parto.