碳化硅砖

高炉用碳化硅砖的发展

Development of silicon carbide brick for blast furnace

炉身内衬由粘土砖、高铝砖到碳化硅砖或铝炭砖；

In stack lining , from clay brick , high alumina brick to silicon carbide brick or alumina carbon brick ;

在给定边界条件和初始条件下，用大型商业软件ANSYS计算了冶金炉用特型碳化硅砖内热应力和机械应力场分布。

Given the boundary and initial conditions , thermal field and structure field of sic in metallurgy furnace are computed using ANSYS .

SiAlON结合碳化硅砖在高炉上的应用

Application of sialon-bonded SiC brick on BF at Anshan Iron & Steel Group Company

高炉用氮化硅结合的碳化硅砖热震实验研究

Experimental study on thermal shock of si_3n_4-bonded SiC brick for BF

氮化硅结合碳化硅砖的性能和应用

Properties and application of bricks mixed with Si_3N_4 and SiC

竖罐炼锌用粘土结合碳化硅砖生产新工艺

New Process for Producing Clay - bonded Silicon Brick for Zinc Retorting

碳化硅砖在工业硅电炉出铁口上的应用

Application of SiC brick in silicon metal furnace taphole

此结果对冶金用特型碳化硅砖结构设计有一定的参考价值。

These results are useful for structure design of especial sic in metallurgy .

碳化硅砖换热元件的热应力分析

A study on thermal stress in an special SiC element used in heat exchanger

大型预焙铝电解槽使用碳化硅砖与普通碳砖复合块的探讨

Use of Silicon Carbide Block and Its Composite Block with Common Carbon Brick in Large Pre-bake Electrolytic Cell

在工业硅电炉出铁口易氧化部位，使用了碳化硅砖代替普通碳砖以提高该部位的抗氧化性。

The normal carbon brick at oxidable part in silicon metal furnace taphole was replaced with SiC brick in order to increase its oxidation resistance .

简述竖罐炼锌用粘土结合碳化硅砖的生产技术现状，详细介绍了新的生产工艺。

The present technology situation of producing clay-bonded silicon brick for zinc retorting is summarized , and the new process is also introduced in detail .

通过测量已知导热系数的碳化硅砖的导热系数，得其误差小于8%；

Taking a carborundum brick of which the thermal conduction coefficient was given as specimen , the measuring error of it is less than 8 % .

通过设定高炉使用条件，将塑性相结合刚玉复合砖与现在高炉使用的刚玉莫来石砖及棕刚玉碳化硅砖在同等实验条件下进行了高温性能的比较。

High temperature properties of plastic phase bonded corundum brick were studied and also compared with those of corundum-mullite brick and brown corundum-SiC brick under the blast furnace process .

上述结合碳化硅砖性能测定的工程热分析结果对实际确定增压锅炉启动方式、升温速率和降温模式，以保证耐火砖墙乃至锅炉的安全有重要参考价值。

The thermoanalysis results combined with carborundum brick performance tests will do much help to determine boiler starting mode , heating rate and temperature reduction conditions in order to guarantee the safety of fireproof brick wall and even the boiler .