Basically , We can use all sinters , but for smooth movement of charge inside the Furnace is favoured by other agglomerates and IRON ORE , due to degradation property of sinters , causes Hanging, thats why , expersts advices similar practice according to Furnace Profile .
Basically , We can use all sinters , but for smooth movement of charge inside the Furnace is favoured by other agglomerates and IRON ORE , due to degradation property of sinters , causes Hanging, thats why , expersts advices similar practice according to Furnace Profile .
In the upper part of the blast furnace shaft, the permeability of the burden may be influenced by the breakdown of sinter upon reduction. Sinter with a high degree of a reduction disintegration generates fines in the top of the furnace which affects the flow distribution within the blast furnace soRead more
In the upper part of the blast furnace shaft, the permeability of the burden may be influenced by the breakdown of sinter upon reduction. Sinter with a high degree of a reduction disintegration generates fines in the top of the furnace which affects the flow distribution within the blast furnace so we cannot use 100 % sinter.
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Basically , We can use all sinters , but for smooth movement of charge inside the Furnace is favoured by other agglomerates and IRON ORE , due to degradation property of sinters , causes Hanging, thats why , expersts advices similar practice according to Furnace Profile .
Basically , We can use all sinters , but for smooth movement of charge inside the Furnace is favoured by other agglomerates and IRON ORE , due to degradation property of sinters , causes Hanging, thats why , expersts advices similar practice according to Furnace Profile .
See lessNo we cannot use 100% sinter only If we use 100% the strength of burden decrease and i wil fall down
No we cannot use 100% sinter only
If we use 100% the strength of burden decrease and i wil fall down
See lessIn the upper part of the blast furnace shaft, the permeability of the burden may be influenced by the breakdown of sinter upon reduction. Sinter with a high degree of a reduction disintegration generates fines in the top of the furnace which affects the flow distribution within the blast furnace soRead more
In the upper part of the blast furnace shaft, the permeability of the burden may be influenced by the breakdown of sinter upon reduction. Sinter with a high degree of a reduction disintegration generates fines in the top of the furnace which affects the flow distribution within the blast furnace so we cannot use 100 % sinter.
See less