Electrode paste is a solderberg paste, also called self-baking electrodes. The ferro manganese electrode paste is mainly used as carbon electrodes in electric arc furnace, which is for the production of ferromanganese alloys.
Self Baking electrode paste for ferromanganese furnace/ferro manganese electrode paste
In 2019, our annual production capacity of Carbon Paste Electrode (CPE) is approximately 200,000 MT. The production line is CNC controlled, which can realize the material feed error within 10g. We have a strong group of professional engineers and technicians behind, will do on-site technical support and communications every year by visiting customers' ferroalloy plants.
We supply electrode paste with customized specifications to perfectly mach each furnace condition. Our electrode paste, also called solderberg paste electrode is at a very low consumption, high density, and good electric conductivity, etc. To reduce customers` production cost and time is always our priority.
Now Carbographite`s products have exported to Europe, Middle East, Central Asian with good reputation among customers. Given previous successes, we aim to enlarge our global market worldwide. Welcome to join us!
electrode paste for ferronickel furnace/ferro nickel electrode paste
Our electrode paste Features:
1, ISO9001 certified--excellent quality control ensures stability and reliability in use.
2, Products where only the best raw materials are used, which ensures low electrode consumption and low breakage rate
3, Total annual production capacity exceeds 200,000 ton
4, Very competitive prices help reduce total production cost a lot.
5, Custom orders produced specially according to your furnace condition by our engineers.
electrode paste Application
· Ferrous alloys
· Non-ferrous alloys
· Calcium carbide
· Metal cleaning
· Other
electrode paste Form
· Oval or egg shape electrode paste
· Trapezoid shape electrode paste
· Cylinder electrode paste
electrode paste for ferronickel furnace/ferro nickel electrode paste
electrode paste Specifications:
Item |
Data |
Si |
<0.28% |
Fe |
<0.25 |
P |
0.00% |
Ash content |
2-10% |
Resistivity |
55-90μΩm |
V.M. |
10.0-15.0 |
Bulk Density |
>1.46 g/cm3 |
Compression Strength |
>18Mpa |
Apparent Density |
>1.42 g/cm3 |
Rupture Density |
>4.0 |
Real Density |
>1.98 g/cm3 |
electrode paste Consumption:
Ferroalloy furnace type |
Consumption of electrode paste |
Silicon manganese alloy furnace |
25kg/ton |
Ferrosilicon alloy furnace |
40kg/ton |
Carbon manganese alloy furnace |
30kg/ton |
Ferro Nickel alloy furnace |
10kg/ton |
Ferrochromium alloy furnace |
16kg/ton |
Ferrovanadium alloy furnace |
15kg/ton |
Nickel-chromium alloy furnace |
20kg/ton |
Calcium carbide furnace |
35kg/ton |
The consumption of Carbon electrode paste for ferro manganese/ferromanganese alloy is 25kg electrode paste for one metric ton of ferro nickel production.
Annual Production Capacity
· Graphite Electrode: 60,000 MT/year
· electrode paste: 200,000 MT/year
· Calcined Coke: 250,000 MT/year
· Refractories: 20000 MT /year
Long-term Stable Cooperation with Our Customers:
Package:briquette shapes of oval and Trapezoid electrode paste are packed in bag, cylinder shape electrode paste are packed by wooden pallet.
We can offer certificates according to customers’ request.
Self Baking electrode paste for ferromanganese furnace/ferro manganese electrode paste
sean@smeltingmateria
Electrode paste is a solderberg paste, also called self-baking electrodes. It is mainly used as carbon electrodes in electric arc furnace, which is for the production of various types of ferrous and non-ferrous alloys.
sean@smeltingmateria
Electrode paste is a solderberg paste, also called self-baking electrodes. It is mainly used as carbon electrodes in electric arc furnace, which is for the production of various types of ferrous and non-ferrous alloys
sean@smeltingmateria
Electrode paste is a solderberg paste, also called self-baking electrodes. It is mainly used as carbon electrodes in electric arc furnace, which is for the production of various types of ferrous and non-ferrous alloys.