抗渣性

kàng zhā xìng
  • slag resistance;resistance to slag
抗渣性抗渣性
抗渣性[kàng zhā xìng]
  1. 电熔镁砂结晶体大、组织致密、高温性能好、抗渣性强,是生产镁碳砖和铝镁碳砖的优质原料。

    It is an ideal raw material for producing magnesia carbon brick , with the characteristic of big crystal , compact texture , high temperature property and high slag resistance .

  2. Cr2O3对方镁石-尖晶石耐火材料抗渣性的影响

    Effect of Cr_2O_3 on the slag resistance of magnesia-spinel refractories

  3. 电站锅炉用SiC质耐火材料抗渣性的研究

    Slag resistance of SiC refractories for power station boiler

  4. SiO2对镁锆合成料抗渣性的影响

    Effect of SiO_2 Content on Slag Resistance of Fused Magnesia-zirconia Materials

  5. 添加物对RH法用镁铬砖高温挥发性和抗渣性的影响

    Effects of additives on high-temperature volatilization and slag-resistance of magnesite-chrome bricks for RH refining process

  6. 选择水化结合体系,Si粉加入量9.5%,烧结助剂0.5%的配方进行抗渣性研究,探讨材料的抗渣机理。

    The slag resistance of the specimen with hydrated bonding system , 9.5 % Si powder and 0.5 % sintering agent was researched , and the corrosion mechanism was discussed .

  7. 不同类型镁钙砂对MgO-CaO-C砖抗渣性的影响

    Influence of different magnesia-calcia clinkers on slag resistance of MgO-CaO-C brick

  8. 并研究了在Al2O3-SiC-C质耐火浇注料、捣打料中加入Fe-Si3N4粉,考察了添加物对材料的体积密度、线变化率、抗渣性、抗氧化性和强度的影响。

    In addition , the effect of Fe-Si_3N_4 powder on bulk density , linear change rate , slag resistance , oxidation resistance and mechanical property of Al_2O_3 - SiC-C castables and ramming mixes were also studied .

  9. 根据固相-气相挥发理论,添加ufAl2O3能够有效地抑制再结合镁铬砖的高温挥发,保持结构稳定,提高砖的抗渣性和耐剥落性。

    According to the principle of solid-gas volatilization , adding the uf-Al 2O 3 can restrain the recombining magnesite-chrome brick 's volatilization at high temperature , keep the stability of structure and improve the slag resistance and flake resistance effectively .

  10. 采用动态回转法研究了MgO-SiO2-H2O结合和聚磷酸盐结合的MgO-CaO浇注料的抗渣性,以MgO-CaO砂和CaCO3作CaO源,比较了CaO的引入方式对其抗渣性的影响。

    The slag resistance of M-S-H gel bonded and sodium polyphosphate bonded MgO-CaO castables was studied by crucible method and rotary slag test . The influence of introducing CaO from MgO-CaO clinker and CaCO_3 powder on slag resistance was compared .

  11. 在电熔再结合镁铬砖中分别加入3%的高温下比Cr2O3稳定的添加物TiO2、ZrO2和Al2O3,研究了这些添加物对其高温挥发性和抗渣性的影响。

    Adding right quantity additives including TiO 2 , ZrO 2 , Al 2O 3 , etc. to rebonded magnesite-chrome bricks , those additives are more stable than Cr 2O 3 at high temperature , study the effect of these additives on high-temperature volatilization and slag-resistance .

  12. 钢包渣线浇注料基质组成及其抗渣性

    Matrix composition and slag resistance of the castable for ladle slag line

  13. 采用坩埚法研究了镁锆质浇注料的抗渣性。

    The slag resistance of magnesia-zircon castable was investigated by crucible test .

  14. 浅析影响耐火制品抗渣性的因素

    Analysis of Effects of Slag Resistance on Refractory Products

  15. 电熔镁锆合成料的抗渣性研究

    Study on slag resistance of fused magnesia-zirconia materials

  16. 这些都与尖晶石熟料及铝&尖晶石浇注料的抗渣性有密切关系。

    All of them influence the slag resistances of spinel clinker and its castable refractory .

  17. 与硅质绝热板相比浇铸过程平稳,浇注时间长,具有良好的抗渣性及抗钢水侵蚀性;

    Compared with siliceous insulating board , the coating has longer service life , better slag resistance .

  18. 结果表明:这些添加物可有效地抑制镁铬砖的高温挥发,提高制品的抗渣性。

    The results show : these additives can effectively control high-temperature volatilization and improve slag-resistance of magnesite-chrome bricks .

  19. 采用坩埚法研究了不同组成的电熔镁锆合成料的抗渣性。

    The slag resistance of fused magnesia-zirconia materials with different composition has been investigated by crucible test method .

  20. 另外,在制品工作面刷防氧化涂料可减少烘包过程中石墨的氧化并能提高制品的抗渣性。

    The product with oxidation resistant coating can decrease the oxidation of carbon during the course of baking ladle and improve slag resistance .

  21. 同时研究了含镁铝尖晶石的铝酸盐水泥结合的刚玉质浇注料与普通铝酸盐水泥结合的刚玉质浇注料的抗渣性对比,并探讨了其抗渣机理。

    The corrosion resistance of corundum castables containing new type of calcium aluminate cements was studied . The corrosion resistance mechanism was also explored .

  22. 方镁石发育完善、晶体大、直接结合率高、结构致密、抗渣性强、高温体积稳定优越。

    Periclase develops completely and its crystal body is big , with high combination rate , firm and tight structure , good refuses resistance and stable performance .

  23. 同时,采用静态坩埚法进行了抗渣性实验,研究了矾土基高铝-尖晶石浇注料抗渣性能的变化规律。

    Slag resistance experiment was carried out adopting static crucible method , and change regulation of slag resistance performance of high alumina bauxite based-spinel castable was also studied .

  24. 执行标准:该设备按照标准YB/117《高炉用耐火材料抗渣性试验方法》的要求而制造。

    Execution standard : The equipment is made by the standard of YB / T117 《 Test method for corrosion resistance of blast furnace refractories to molten slag 》 .

  25. 精炼钢包渣线镁碳砖被侵蚀的显微分析采用坩埚法研究了不同组成的电熔镁锆合成料的抗渣性。

    Microanalysis on Corroded MgO-C Brick Used as Refining Ladle Slag Line The slag resistance of fused magnesia-zirconia materials with different composition has been investigated by crucible test method .

  26. 该产品是采用优质烧结镁白云石砂。电熔镁砂为主要原料,通过添加复合结合剂混合而成。该产品抗渣性强,附着率高。

    The gunning mix is made by mixing the high quality sintered magnesia-dolomite clinker and composite material and is characterized by high slag resistance , high sticking rate and good workabiliy .

  27. 研究了镁砂细粉含量对MgO-SiO2-H2O系结合的矾土基铝镁浇注料的流动性、常温物理性能及抗渣性的影响。

    Flowability , physical properties at room temperature and slag resistance of bauxite based Al 2O 3-MgO castables bonded by the MgO-SiO 2 - H 2 O system with different content of magnesia powder were investigated .

  28. 碳质耐火材料因具有耐火度高、导电性及导热性好、耐磨性好、抗渣性及抗热震性好、热稳定性好等特点,国外于40年代开始便在高炉上采用。

    Carbon based refractories have many characteristics such as refractoriness , good electrical conductivity , good wear resistance , good slag resistance and heat shock resistance as well as thermal stability , they have been used abroad since 40s .

  29. 结果表明:加入适量的硅微粉和烧结镁砂细粉,可改善浇注料的强度和抗渣性;新型防爆剂可有效改善浇注料的抗爆裂性;

    The results show that both the strength and the slag resistance of the castable were improved by adding appropriate amounts of silica micropowder and magnesia fine powder and the new developed anti-explosion agent can improve the explosion resistance efficiently .

  30. ZrO2添加剂对镁铬砖抗渣侵蚀性的影响

    Effect of ZrO_2 additives on slag 's corrosion resisting in magnesite-chrome bricks