Metcoke

The metcoke is produced in coking furnaces and its main purpose is combustion in reduction processes. The main composition of metcoke is as follows: fixed carbon, sulfur, nitrogen, hydrogen, oxygen, ash and volatile material. Its final composition depends on the duration of the distilling process and the composition of the coking coal used.

COMPOSITION
Moisture 10%
Ash 12% max.
Volatiles 1,5%
Sulfur < 1%
Fixed carbon 80% min.
Pcs kcal/kg 7800 min.
Hgi 30-90
SIZE INDUSTRY
0x10 mm Iron foundires, meta, steel, chemicals, lead foundries, ferro-alloys, production of stone wool and other insulation materials.
10×25 mm
30×90 mm
40×60 mm
90×250 mm

The metcoke is produced in coking furnaces and its main purpose is combustion in reduction processes. The main composition of metcoke is as follows: fixed carbon, sulfur, nitrogen, hydrogen, oxygen, ash and volatile material. Its final composition depends on the duration of the distilling process and the composition of the coking coal used.

COMPOSITION
Moisture 10%
Ash 12%
Volatiles 1,5% max.
Sulfur < 1%
Fixed carbon 80% min.
Pcs kcal/kg 7800 min.
Hgi 30-90
SIZE INDUSTRY
0x10 mm Iron foundires, meta, steel, chemicals, lead foundries, ferro-alloys, production of stone wool and other insulation materials.
10×25 mm
30×90 mm
40×60 mm
90×250 mm

Metcoke is obtained from coking ovens and its main function is combustion in reduction processes. Metcoke is mainly composed of fixed carbon, sulfur, nitrogen, hydrogen, oxygen, ash and volatile matter. Its final composition depends on the duration of the distillation process and the composition of the coking carbons used.

COMPOSITION
Humidity 10%
Ash 2-10%
Volatiles 2-3%
Sulfur 1% max
Fixed carbon 88%
Pcs kcal/kg 7000
CUT INDUSTRY
0x10mm Lime, ceramice, cement, chemicals, suger, metal, paper, alloys, themal, kiln and calcined (clay, magnesite, limestone), asphalt / insulators.
10x25mm
25x50mm
>50