Product Categoires
HP Graphite Electrode
Nowadays, the graphite electrodes available to be purchased are simpler to measure and the preparing speed is altogether quicker than copper cathodes., the handling of graphite by processing measure is 2 to multiple times quicker than other metal preparing and doesn't need extra manual treatment, while the copper terminal requires manual crushing. Essentially, if a rapid graphite machining focus is utilized to make the terminal, the speed will be quicker and the effectiveness will be higher, and no residue issue will happen. In these cycles, picking the correct hardness instrument and graphite can lessen the apparatus wear misfortune and copper breakage.
It is used in high power smelting furnace and low-load to medium-load ladle furnace.
Grab the HP graphite electrode for industrial process
Graphite Electrode is anything but difficult to measure, high evacuation pace of release machining, and little graphite misfortune. Thusly, a few clients of gathering based flash machine relinquished copper cathode and changed to HP graphite electrode. What's more, some unique molded cathodes can't be made of copper, yet graphite is simpler to shape, and the copper terminal is substantial, which isn't appropriate for preparing huge anodes. Every one of these variables lead to the utilization of graphite terminal for some gathering based flash machine clients. Two of them are killed and the cylinder is left with two tabs. At that point open, put the bar and do the equivalent again and is completely subject.
Completely subject to equivalent parts
The best approach to hold the HP graphite electrode was the possibility of a companion and is intriguing for its straightforwardness. It includes making two cuts on the edge of the cylinder longitudinally partitioning it into 4 pretty much equivalent parts. Everyone is fixed with pincers to give it a round shape and it adjusts to the bar and afterward moves toward one another. You are searching for an enormous metal nut that fits properly and, without the bar; you turn the nut with power, making a string in the copper. This framework permits changing the bar rapidly, changing its position, and giving a decent electrical contact.
Allowable Current-Carrying Capacities
|
Nominal |
HP Graphite Electrodes |
||
|
mm |
inch |
Current-Carrying Capacity（A） |
Current Density （A/㎡） |
|
300 |
12 |
13000~17400 |
17~24 |
|
350 |
14 |
17400~24000 |
17~24 |
|
400 |
16 |
21000~31000 |
16~24 |
|
450 |
18 |
25000~40000 |
15~24 |
|
500 |
20 |
30000~48000 |
15~24 |
|
550 |
22 |
37000~57000 |
15~23 |
|
600 |
24 |
44000-67000 |
15~23 |
Physical &Chemical Properties Of Elecrtode And Nipple
|
HP Graphite Electrode |
Unit |
300-400 |
450-550 |
600 |
|||
|
FC |
YB |
FC |
YB |
FC |
|||
|
Specific resistance |
Electrode |
μΩ·m |
≤6.8 |
≤7.0 |
≤7.5 |
≤7.5 |
≤7.5 |
|
Nipple |
≤6.2 |
≤6.5 |
≤6.3 |
≤6.5 |
≤6.3 |
||
|
Transverse stength |
Electrode |
ΜРa |
≥10.5 |
≥10.5 |
≥10.8 |
≥9.8 |
≥8.5 |
|
Nipple |
≥15.0 |
≥14.0 |
≥15.0 |
≥14.0 |
≥17.0 |
||
|
Elastic modulus |
Electrode |
GРa |
≤12.0 |
≤12.0 |
≤12.0 |
≤12.0 |
≤14.0 |
|
Nipple |
≤16.0 |
≤16.0 |
≤16.0 |
≤16.0 |
≤16.0 |
||
|
Bulk Density |
Electrode |
g∕㎝3 |
≥1.68 |
≥1.60 |
≥1.65 |
≥1.60 |
≥1.60 |
|
Nipple |
≥1.74 |
≥1.70 |
≥1.74 |
≥1.70 |
≥1.72 |
||
|
C.T.E （100～600℃） |
Electrode |
10-6∕℃ |
≤2.3 |
≤2.4 |
≤2.3 |
≤2.4 |
≤2.4 |
|
Nipple |
≤2.1 |
≤2.2 |
≤2.1 |
≤2.2 |
≤2.2 |
||
|
Ash content |
% |
≤0.3 |
≤0.3 |
≤0.3 |
≤0.3 |
≤0.3 |
|
