中国资源综合利用
中國資源綜閤利用
중국자원종합이용
CHINA RESOURCES COMPREHENSIVE UTILIZATION
2014年
1期
39-40
,共2页
抛丸灰%抛丸粉%切割铁粉
拋汍灰%拋汍粉%切割鐵粉
포환회%포환분%절할철분
ash shot blast%powder shot blast%cutting iron powder
对抛丸灰（粉）进行筛分，检测不同粒度抛丸灰（粉）的物化性能，进行不同粒度抛丸灰（粉）代替不锈钢连铸坯切割铁粉利用的试验。试验表明：粒度为100~300目的抛丸粉流动性较好，切割过程中熔渣流动性也较好，切割端面整齐，可代替切割铁粉使用。
對拋汍灰（粉）進行篩分，檢測不同粒度拋汍灰（粉）的物化性能，進行不同粒度拋汍灰（粉）代替不鏽鋼連鑄坯切割鐵粉利用的試驗。試驗錶明：粒度為100~300目的拋汍粉流動性較好，切割過程中鎔渣流動性也較好，切割耑麵整齊，可代替切割鐵粉使用。
대포환회（분）진행사분，검측불동립도포환회（분）적물화성능，진행불동립도포환회（분）대체불수강련주배절할철분이용적시험。시험표명：립도위100~300목적포환분류동성교호，절할과정중용사류동성야교호，절할단면정제，가대체절할철분사용。
Blasting powder & ash was screened, and physicochemical properties of different granularities were tested. The experiments of substituting blasting powder & ash in different granularities for cut stainless steel continuous casting slab were carried out and the results showed that the granularities of blasting powder &ash ranging from 100 to 300 mesh could replace the cutting iron powder for their better fluidity which induces preferable fluidity of slag and neat cutting surface.
