烧结刚玉

本文介绍了天然白泡石、电熔石英砖、烧结刚玉砖、电熔锆刚玉和烧结锆英石五种耐火材料在高温（1400～1500℃）时受高强玻璃液的侵蚀的试验情况。

The corrosion resistance performances of natural white afrodite , electric cast quartz bricks , sintered alumina , electric cast AZS and sintered zircon in molten glasses for high-strength fiber drawing at high temperatures ( 1400 ~ 1500 ℃) have been studied .

特殊品种的磨具有烧结刚玉磨具和纤维磨具等。

Special varieties of grinding with sintered corundum abrasives such as abrasive and fiber .

高温烧结刚玉SG抛光微粉的研制

Development of SG Polishing Powder by High Temperature Sintering

烧结刚玉锆莫来石材料的铝硅锆共析结构研究

Study of Si-Al-Zr Cocrystallization Structure of the Sintered Corundum-zirconia-Mullite Material

添加氧化镁反应烧结刚玉-锆英石的显微物相研究

Microscopy study on the sintering-reaction process of corundum and zircon mixture with MgO additive

用烧结刚玉研制再结合刚玉砖

Rebonded corundum brick made from sintered corundum

高炉陶瓷杯用溶胶结合棕刚玉&SiC砖的研制与生产烧结刚玉材料研究

Research and production of boned brown corundum-silicon carbide brick for the structure of blast furnace

初步研究了凝胶法莫来石粉在钛酸铝陶瓷和烧结刚玉砖中的应用。

The applications of the mullite geled powder in aluminum titanate and corundum brick were investigated .

通过干燥、煅烧，制得片状结晶莫来石粉.初步研究了凝胶法莫来石粉在钛酸铝陶瓷和烧结刚玉砖中的应用。

The applications of the geled mullite powder in aluminium titanate ceramic and corundum brick were investigated .

此外，还有一些特殊品种，如烧结刚玉磨具等。

In addition , there are some special species , such as abrasives , such as sintered corundum .

烧结刚玉材料研究

On sintering corundum materials

前者用刚玉和碳化硅等普通磨料，后者用金刚石和立方氮化硼等超硬磨料制成。此外，还有一些特殊品种，如烧结刚玉磨具等。

The former general with corundum and silicon carbide abrasive , while the latter such as diamond and cubic boron nitride superabrasive made .

以优质矾土熟料和烧结刚玉为骨科及掺合料，加入一定比例的钢纤维，配制成热震稳定性好，耐侵蚀的钢纤维增强高铝浇注料。

The stainless-steel fibre reinforced high alumina castable was prepared with high quality bauxite clinker and sintered corundum as aggregate , some additives and proper ratio of stainless-stee fibre . the castable possesses good thermal shock resistance .

通过调节硅微粉、氧化铝微粉及烧结温度可控制刚玉莫来石复相陶瓷的显微结构，改善刚玉莫来石复相陶瓷的高温强度。

The microstructure of corundum-mullite duplex can be controlled by adjusting microsilica , alumina and firing temperature , which can improve hot strength of corundum-mullite duplex ceramic .