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Advanced Ramming Mix Solution for Efficient Electric Arc Furnaces

Price $1000.00
Min Order 10 Tons
Availability In Stock
Shipping From Liaoning, China
Popularity 550 people viewed
Model NO.:
Mgo 90% min.
Classification:
Refractory Ramming Mix
Feature:
Instant Materials
Production Process:
Refractory Ramming Mix
Refractoriness (℃):
1580< Refractoriness< 1770
Shape:
Powder
Type:
Refractory Material
Material:
Ceramic
Furnace:
Lining
Steel Plant:
Usage
Steel Melting:
Lining
Refractory:
Ramming Mix
Magnesia:
Raw material
Technical:
Good Mechanical Strength
Performance:
Low Thermal Conductivity
Application:
Good Thermal Insulation Performance
Others:
Good Mechanical Strength
Ramming Mix for Electric Arc Furnace:
Low Thermal Conductivity
Steel Line:
Instant Materials
Steel Furnace:
Powdar
Eaf Furnace:
Mix
Transport Package:
1mt Polybag, 0.5mt Polybag
Origin:
China
HS Code:
2519909990
Product Description
Ramming Mix For Electric Arc Furnace

Crafted through an advanced synthetic process involving meticulous palletizing and high-temperature burning, this exceptional product ensures the formation of a solid, fully sintered layer when exposed to high temperatures. This premium material is indispensable for expertly ramming the bottoms and slopes of a wide array of electric furnaces, including Ultra High Power (UHP) electric furnaces, High Power (HP) electric furnaces, Regular Power (RP) electric furnaces, Direct Current (DC) electric furnaces, and Open Hearth Furnaces (OHF).
 
Chemical composition
and technical performance
Product Brand
DHL-78DHL-83ZDL-20ZDL-25HT70
MgO (%)≥ 78≥ 82≥ 81≥ 8063 ~ 69
CaO (%)12 ~ 168 ~ 1211 ~ 1413 ~ 1624 ~ 29
Fe2O3 (%)4 ~ 64 ~ 63 ~ 53 ~ 54 ~ 6
Al2O3 (%)≤ 0.6≤ 0.6≤ 0.6≤ 0.6≤ 0.6
SiO2 (%)≤ 1.5≤ 1.5≤ 1.2≤ 1.5≤ 1.5
Grain size (mm)0 ~ 60 ~ 60 ~ 60 ~ 60 ~ 6
Strength after burning under the following temperatures
1300ºC×3h (MPa)≥ 10≥ 10≥ 8≥ 8≥ 8
1600ºC×3h (MPa)≥ 35≥ 35≥ 35≥ 35≥ 35
Linear change rate after burning under the following temperature
1300ºC×3h (%)0 ~ -0.50 ~ -0.50 ~ -0.50 ~ -0.50 ~ -0.5
1600ºC×3h (%)-1 ~ -3.0-1 ~ -3.0-1 ~ -3.0-1 ~ -3.0-1 ~ -3.0
Comprehensive featureCeramic
          

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