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Cold Ramming Paste – K-type
  • Cold Ramming Paste – K-type
  • Cold Ramming Paste – K-type
  • Cold Ramming Paste – K-type

Cold Ramming Paste – K-type

Cold Ramming Paste – K-type 
The K-type Cold Ramming Paste from our company is developed basing on the theory of the monolithic carbon lining.
They are suitable for many kinds of  linings of Ore heating furnaces(Mineral heat furnace), such as silicon fu
INQUIRY
Cold Ramming Paste – K-type 
The K-type Cold Ramming Paste from our company is developed basing on the theory of the monolithic carbon lining.
They are suitable for many kinds of  linings of Ore heating furnaces(Mineral heat furnace), such as silicon furnace, ferrosilicon furnace,
silicomanganese furnace, calcium carbide furnace
, ferroalloy mineral 
 
Advantage

 
  1. Using Cold ramming paste to form complete furnace linings
  2. Cold ramming paste is easy construction(installation) for furnace 
  3.  Compared with traditonal carbon block furnace linings, cold ramming paste furnace linings is easy to install, meanwhile to reduce furnace linings cost,shorten furnace linings construction time,  reduce proudction loss and increase benefits
  4. reduce labor and equipment costs during construction;
  5. The monolithic carbon lining can reduce the risk of lining damage.
 
General description
1. Cold ramming paste to form complete furnace linings
2. Cold ramming paste contain high graphite content, can improve  alkaline corrosion


TYPICAL CHARACTERISTICS*

Composition

Electrically calcined coal        80-90%
Binder                                    10%-20%

 

 

 Unbaked

Characteristic value

  Unit

  Density

  1610

  kg/m³

 

Baked at 950°C

Characteristic value

Unit

Bake loss

9.5

  %

Linear shrinkage(500-950°C)

0.2

  %

Coefficient of thermal expansion(CTE) 950-20°C

4.5

10-6/K

Density

1460

kg/m³

Open porosity

19

%

Compressive strength

20

N/mm²

Electrical resistivity

65

μ Ωm

Ash

5.5

%

Thermal conductivity rate

7

W/mK

Suitable installation temperature 15-30°C

 

 

                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                          

 

* The typical characteristics are based on average results of control tests and are subject to normal variation. Accordingly, test data cannot be taken as established minimum or maximum specifications.
                  

 
 
 

 
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