强力快速送进打磨——国外精铸技术进展述评（10）

陈冰

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强力快速送进打磨——国外精铸技术进展述评（10）
Review of Progress in Investment Casting Technology at Abroad Part Ⅹ:Fast Forced Abrasion
2005年第10期
纸质出版日期： 2005 ，
DOI：

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[1]陈冰.强力快速送进打磨——国外精铸技术进展述评(10)[J].特种铸造及有色合金,2005(10):46-48+6.

Chen Bing. Review of Progress in Investment Casting Technology at Abroad Part Ⅹ:Fast Forced Abrasion[J]. Special Casting & Nonferrous Alloys, 2005,(10).
[1]陈冰.强力快速送进打磨——国外精铸技术进展述评(10)[J].特种铸造及有色合金,2005(10):46-48+6. DOI：

Chen Bing. Review of Progress in Investment Casting Technology at Abroad Part Ⅹ:Fast Forced Abrasion[J]. Special Casting & Nonferrous Alloys, 2005,(10). DOI：

摘要

介绍一种新型磨料——氧化铝纳米陶瓷

其硬度接近金刚石

打磨时

能承受大压力施压

打磨速度快、磨具使用寿命长。微细转印砂带的问世

改变了磨粒粘附在衬带上的方式

并将磨削助剂添加在砂带上

使砂带的打磨效率提高

使用寿命延长。

Abstract

A new abrasion material-Al

ceramics near to diamond in hardness was introduced.The abrasion material can be subjected to high pressure during abrasion so that the faster the abrasive velocity is

the longer the service life of the abrasive tool is.The advent of microreplication abrasive belt has changed the way of abrasive particle adhering on the substrate belt and added abrasive agent on the abrasive belt

which can improve the abrasive efficiency and extend the service life.

关键词

磨料氧化铝纳米陶瓷微细转印砂带精铸件打磨

Keywords

Abrasive MaterialsNano-Al2O3 CeramicsMicroreplication Abrasive BeltInvestment Castings Abrasion

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