| 폐유리를 재활용한 인공경량골재의 발포기구 |
| 강신휴, 이기강 |
| 경기대학교 신소재공학과 |
| Bloating Mechanism of Artificial Lightweight Aggregate for Recycling the Waste Glass |
| Shin-Hyu Kang, Ki-Gang Lee |
| Department of Advanced Material Science and Engineering, Kyonggi University |
|
|
|
|
|
| ABSTRACT |
|
The purpose of this study is to improve recycling rate of the waste glasses by investigating bloating mechanism. In this study, we use waste glass(W/G) and hard clay(H/C) as raw materials. The artificial lightweight aggregates were formed by plastic forming($phi$=10 mm) and sintered by fast firing method at different temperatures(between 700 and $1250^{circ}C$). The physical properties of the aggregates such as bulk specific gravity, adsorption and microstructure of surface and cross-section are investigated with the sintering temperature and rate of W/G-H/C contents. As the result of the bulk specific gravity graphs, we can found out the inflection point at content of W/G 60 wt%. From the microstructure images, we considered the artificial lightweight aggregates content of W/ G over 60wt% are distributed numerous micro-pores by organic oxidation without Black Core and the artificial lightweight aggregates of W/G below 60 wt% are distributed macro-pores with Black Core. |
| Key words:
Waste glass, Hard clay, Artificial lightweight aggregate, Recycle, Bloating mechanism |
|
PDF Links
Full text via DOI
Download Citation 
