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Ferro Alloy PLANT (Fe-Mn/Fe-Si/Fe-Ni)
PROCESS LINE
  • CGL/PGL/ACL
  • BAL/APL
  • Copper Strip AP
INDUSTRIAL FURNACE
  • CONTINUOUS FURNACE
  • APL
  • AL-MELTING FURNACE
  • NGOT HEAT FURNACE
  • MOTOR CORE ANNEALING
      FURNACE
  • SHEET POAMING FURNACE
  • BOTTOM CAR TYPE FURNACE
  • BOTTOM CAR TYPE FURNACE
  • LEAD FRAME FURNACE
  • GAS CARBURIZING FURNACE
  • COIN ANNEALING FURNACE
  • AUS-TEMPERING FURNACE

Drying Module Process

Drying Module Process
  • Input Condition : Max. 80% of Moisture Content
  • Output Condition : 3 - 10% of Moisture Content
Features
  • Continuous Type
  • Full Automation by Industrial Computer
  • Fit up Heat Exchanger
  • Excellent Temperature Distribution
  • Multi-Stage Blower
  • Electric Heat or Fuel Burner Type
Advantages
  • Excellent Energy Saving (Reduction 35%)
  • Quality Improvement

Hot torsion tester

Application
  • Variable and uniform control range of the Tester for distortion
    rate and temperature
  • Precise controls are possible by installing serve motor and
    controller
  • Rapid and precise temperature control ability by infrared
    radiation heater
  • Automatic cooling device to fix
  • Fully automated control
Capacity
  • Test temperature : Max. 1,400℃
  • Strain rate 10-3~102/sec
  • Multi stage ACE/RED simulator
  • Option : Heating / cooling Source
  • Full automatic ststem

COKES

Foundry Coke (80mm or more)
  • Usage : Melting cast iron used as fuel
  • Place of Origin : China, India, etc
Metallurgical Coke(10mm~30mm)
  • Usage : Alloy steel, non-ferrous metal melting
  • Place of Origin :China, India, etc
Coke Breeze(Under 10mm)
  • Usage : For Sintering Plant, Calcinated of Limestone for Fuel
  • Place of Origin :China, India, etc
SPECIFICATION
  SIZE Ash (%) Volatile
Matter (%)		 F.C (%) Sufur (%) Phosphorus
(%)		 CRS (%) CRI (%)
Foundry
Coke		 80*120 mm
90*150 mm
150*250 mm		 9% Max
10% Max
12% Max		 1.5% Max 91% Min
90% Min
89% Min		 0.6% Max
0.6% Max
0.6% Max		 0.03% Max    
Metallurgical
Coke		 5*25 mm
25*40 mm
30*80 mm		 10% Max
12% Max
13% Max		 2.0% Max
2.0% Max
2.0% Max		 88% Min
86% Min
85% Min		 0.6% Max
0.6% Max
0.6% Max		 0.03% Max 65% Min 25% Max

Anthracite Briquette

Anthracite Briquette
  • Usage : Melting cast iron used as fuel
  • Place of Origin : China, etc
SPECIFICATION
  SIZE Ash (%) F.C (%) V.M (%) T.S (%) T.M (%) Calorie (Kcal)
Anthracite
Briquette		 30~50 mm 16 Max 76 Min 10 Max 0.8 Max 2 Max 6642 Min

Manganese Dioxide

Manganese Dioxide
  • Usage : dry-cell batteries, pigment, precursor to other manganese
    compounds, reagent in organic synthesis
  • Place of Origin : Netherlands
SPECIFICATION
  MnO2(%) Mn(%) Acid insolible matter(%) SO4(%)
Manganese Dioxide EM Grade 92.50 60.50 0.2 1.10
  MnO2 (%) Mn (%) AI2O3 (%) SiO2 (%) CaO (%) Fe (%) P (%) S (%) pH (%)
Manganese
Dioxide
EM Grade		 74 48 0.30 4.30 5.80 11 0.03 0.20 8.10

Calcined Anthracite Coal

Calcined Petroleum Coke
  • Usage : steel making & foundry
Graphitized Petroleum Coke
  • Usage : Used in foundry production
Natural Amorphous Granphite
  • Usage : steel making as recarburizer or carbon foaming
Electrically Cacined Anthracite
  • Usage : steel making & foundry
Synthetic Graphite
  • Usage : Used in foundry production
Amorphous Graphite Briquette
  • Usage : steel making & foundry
Amorphous Graphite Pellt
  • Usage : steel making & foundry
Gas Calcined Anthracite
  • Usage : steel making & foundry
SPECIFICATION
  F.C (%) Ash (%) Volatile matter (%) Sulfur (%) H2O (%) N
CPC97~981.0~2.010.50.5-
GPC98110.050.50.04
NAG75~880.5~20.53.2~4.50.08~0.102.50.05
AGB7817.54.50.152.50.1
AGP7817.54.50.152.50.1
GCA90~954.0~8.51.0~1.50.2~0.35--
ECA92~963.5~7.00.50.20.50.25
GPC990.50.50.050.50.04
SYG97~981.0~2.010.050.50.04~0.05
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