Hot Search: Welding electrodes for carbon steel Welding electrodes for stainless steel
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| D502 | According with GB EDCr-A1-03 | ||||||||||||
| Introduction: D502 is a kind of 1Cr13 valve surfacing electrode with lime-titania type coating. AC/DC. It has excellent welding performance. The weld metal is 1Cr13 semi-ferritic high-chrome steel. The surfacing layer can be hardened in the air. Generally it does not need heat treatment. It has uniform hardness. It can also be softened under 750-800℃. When heated to 900-1000℃, it can be hardened again by air cooling or oil quenching. | |||||||||||||
| Uses: This is a kind of universal electrode used for surface overlaying, used for surfacing welding on axles, valves, et. Made of carbon steel or alloy steel below 450℃. | |||||||||||||
| Chemical Composition of Deposited Metal (%)
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| Hardness of Surfacing Layer:（Cooled in the Air after Welding）HRC≥40 | |||||||||||||
| Reference Current(AC, DC)
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| Instructions: 1.The electrodes must be baked under about 150℃ for an hour before welding. 2.The work pieces should be preheated to over 300℃ before welding, and different heat treatment after welding may produce corresponding hardness. | |||||||||||||
| D502 | According with GB EDCr-A1-03 | ||||||||||||
| Introduction: D502 is a kind of 1Cr13 valve surfacing electrode with lime-titania type coating. AC/DC. It has excellent welding performance. The weld metal is 1Cr13 semi-ferritic high-chrome steel. The surfacing layer can be hardened in the air. Generally it does not need heat treatment. It has uniform hardness. It can also be softened under 750-800℃. When heated to 900-1000℃, it can be hardened again by air cooling or oil quenching. | |||||||||||||
| Uses: This is a kind of universal electrode used for surface overlaying, used for surfacing welding on axles, valves, et. Made of carbon steel or alloy steel below 450℃. | |||||||||||||
| Chemical Composition of Deposited Metal (%)
| |||||||||||||
| Hardness of Surfacing Layer:（Cooled in the Air after Welding）HRC≥40 | |||||||||||||
| Reference Current(AC, DC)
| |||||||||||||
| Instructions: 1.The electrodes must be baked under about 150℃ for an hour before welding. 2.The work pieces should be preheated to over 300℃ before welding, and different heat treatment after welding may produce corresponding hardness. | |||||||||||||
