
| According with GB E312-16 Corresponding with AWS E312-16 | ||||||||||||||||
| Introduction: it is a kind of dual-phase steel electrode with lime-titania type coating. Due to the 40% ferrite in the deposited metal, it has excellent crack-resistance. It has excellent welding performance. | ||||||||||||||||
| Uses: Used for welding high-carbon steel, tool steel, high temperature steel, armor steel, dissimilar steel, etc. | ||||||||||||||||
| Chemical Composition of Deposited Metal (%)
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| Mechanical Properties of Deposited Metal
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| Reference Current(AC, DC+)
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| Instructions: 1.The electrodes should be baked under about 250℃ for an hour before welding. 2.Direct current had better be used and the current should not be too strong. |
| According with GB E312-16 Corresponding with AWS E312-16 | ||||||||||||||||
| Introduction: it is a kind of dual-phase steel electrode with lime-titania type coating. Due to the 40% ferrite in the deposited metal, it has excellent crack-resistance. It has excellent welding performance. | ||||||||||||||||
| Uses: Used for welding high-carbon steel, tool steel, high temperature steel, armor steel, dissimilar steel, etc. | ||||||||||||||||
| Chemical Composition of Deposited Metal (%)
| ||||||||||||||||
| Mechanical Properties of Deposited Metal
| ||||||||||||||||
| Reference Current(AC, DC+)
| ||||||||||||||||
| Instructions: 1.The electrodes should be baked under about 250℃ for an hour before welding. 2.Direct current had better be used and the current should not be too strong. |