Aluminum-silicon carbide refractory ramming mass

Aluminum-silicon carbide refractory ramming mass


Classification:

The ramming mass for blast furnace infrastructure is made of silicon carbide, graphite, anthracite, coke and other materials.
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Product Details


The ramming mass for blast furnace infrastructure is made of silicon carbide, graphite, anthracite, coke and other materials. The phenolic resin, tar or asphalt is used as a binder. After stirring and mixing, it is made into an unshaped refractory material suitable for filling different parts of the blast furnace. It is constructed by ramming method.

 

Features:

1, Good thermal conductivity;

2. Resistance to slag and iron erosion;

3, Resistant to scouring.

 

Transportation and storage:

1. During the transportation and storage of the ramming materials, they must be noted that the sealed packaging bags should not be damaged to prevent the materials from hardening;

2. If the material inside the package is hard, it can no longer be used.

 

Item Chemical content (%) Bulk density (g/cm3)  ≥ Bending strength (MPa) ≥ Cold crushing strength (MPa) ≥ Linear change rate (%)  Thermal conductivity(w/m·k) ≥
110℃×24h 110℃×24h 1350℃×3h --
JD-SC-3P SiC≥75  C≤5 2.6 5 -- -- 6 (600℃)
JD-SN-13P SiC≥20 C≥40 SiO2≤15   Al2O3≤5 1.8 5 -- ±0.8 4 (600℃)
JD-BFD-S9 C≥90 1.55 -- 10 -- 10 (100℃)
JD-BFD-S10 C≥90 1.65 -- 15 -- 13 (100℃)
Application JD-SC-3P: Ring vertical joint between furnace belly, furnace waist, furnace body and furnace throat cooling wall.
JD-SN-13P: Ring vertical joint between furnace bottom and furnace hearth cooling wall.
JD-BFD-S9: Caulking between furnace bottom and carbon brick masonry of the hearth and the furnace shell.
JD-BFD-S10: Leveling between the furnace bottom water-cooled pipe and furnace bottom floor etc.

 

Aluminum-silicon carbide refractory ramming mass

 

Key words:

Aluminum-silicon carbide

refractory ramming mass