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Ramming material and hot repairing mix,fireclay mortar


  • introduction: Zirconium ramming material is composed of zirconium corundum aggregate, powder binder and admixtures according to share. It is constructed by ramming method and mainly used at the bottom of glass kiln.Hot-tonic material is mainly used for thermal repair of kiln.All kinds of refractory mud are mainly used for masonry and joint of refractory materials with the same material.
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    Physical and chemical index of AZS pouring material physical&chemical index
    Ltem AZS50V AZS06L AZS04J
    Chemical composition(%) SiO2 20.67 16.35 17.2
    ZrO2 28.29 31.54 30.99
    Al2O3 47.36 49.53 49.75
    Bulk density(g/c㎥) 3.05 2.66 2.86
    Apparent porosity(%) 13.6 25.6 21.7
    Foaming trend Weak Weak Weak
    Anti-corrosion of glass liquid Good Good Good
    Adding water(%) 4.5 9 11.5
    Permanent linear change(%) 0.6 -2.3 -1.6

     

    Zircon cement,zirconia mullite, mullite corundum fireclay mortar
    Ltem ZS-65H ZM-33H A-99H AM-80H
    Chemical composition(%) ZrO2 ≥65 ≥33 / /
    Al2O3 / / ≥98 ≥80
    SiO2 / / ≤1 ≤19
    Fe2O3 ≤0.3 ≤0.5 ≤0.3 ≤0.3
    Refractory degree(℃) ≥1790 ≥1710 ≥1790 ≥1790
    Initial setting time(min) 1-2 1-2 1-2 1-2
    Mximum particle(MM) ≤0.5 ≤0.5 ≤0.5 ≤0.5
    Normal temperature the flexural strength(Mpa) ≥10 ≥10 ≥10 ≥10

     

    Physical and chemical index of Zircon ramming materials
    Ltem AZS-1 ZS-1
    Chemical composition(%) ZrO2          ≥ 31-33 ≥60-62
    Al2O3         ≥ 47-49
    SiO2          ≤ 17 ≤32-33
    Fe2O3         ≤ 0.6 ≤0.4-0.6
    Bulk density(g/c㎥)      ≥ 2.9 3.5
    Apparent porosity(%) 16-18 16
    Cold Refractoriness Mpa  ≥ 66 50
    Refractoriness Mpa       ≥ 1730 1750

     

    Fused silica hot repairing mix,Zirconite hot repairing mix(the transition material), Zirconium corundum hot repairing mix.
    Ltem RSZS-85R ZS65RG ZAS-33R
    Chemical composition(%) ZrO2               ≥ / 64 30
    Al2O3              ≥ 85 / /
    SiO2               ≤ 1 1 /
    Fe2O3              ≤ 0.3 0.3 0.5
         Bulk density(g/c㎥)          ≥ 1.85 3.65 2.90
    1500℃×3h Shrinkage after burning(%)  ≥ 0 0 0
     1500℃×3hCompressive strength after burning ≥ 10 50 80
    Highest using termperature 1650 1650 1550

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