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Generic Welding Electrodes

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Pack of 1 box
₹5,309  
Mild steel is the most commonly used material in construction and manufacturing. Mild steel is an alloy of iron, carbon and other elements. It is made by adding alloys to pure iron to increase strength, hardness or resistance to corrosion or other processes that degrade the metal's properties over time. The most common form of mild steel is known as "mild steel" or "plain carbon steel" and has a carbon content between 0.02% and 2%. The main alloying element is manganese which improves hardenability; silicon helps form pearlite structures (a microstructure of ferrite and cementite). The addition of chromium improves hardenability further by forming a more complex structure called austenite when cooled from its recrystallization temperature (about 800°C), but this alloying element also increases brittleness slightly; nickel reduces brittleness but adds no significant improvement in hardenability compared with chromium alone at these temperatures. Manganese does not improve hardenability at these temperatures Features: 1. Low hydrogen, high tensile strength and good ductility, can be used for most of the structural steel work. 2. Perfectly suitable for fabrication of storage tanks, steel furniture, general fabrication and similar applications. 3. With Leewac guaranteed quality and performance, it is easy to weld with low hydrogen content, good hot cracking resistance and arc stability in all position welding.
Pack of 1 box
₹6,371  
Mild steel is the most commonly used material in construction and manufacturing. Mild steel is an alloy of iron, carbon and other elements. It is made by adding alloys to pure iron to increase strength, hardness or resistance to corrosion or other processes that degrade the metal's properties over time. The most common form of mild steel is known as "mild steel" or "plain carbon steel" and has a carbon content between 0.02% and 2%. The main alloying element is manganese which improves hardenability; silicon helps form pearlite structures (a microstructure of ferrite and cementite). The addition of chromium improves hardenability further by forming a more complex structure called austenite when cooled from its recrystallization temperature (about 800°C), but this alloying element also increases brittleness slightly; nickel reduces brittleness but adds no significant improvement in hardenability compared with chromium alone at these temperatures. Manganese does not improve hardenability at these temperatures Features: 1. Low hydrogen, high tensile strength and good ductility, can be used for most of the structural steel work. 2. Perfectly suitable for fabrication of storage tanks, steel furniture, general fabrication and similar applications. 3. With Leewac guaranteed quality and performance, it is easy to weld with low hydrogen content, good hot cracking resistance and arc stability in all position welding.
Pack of 1 box
₹4,837  
Mild steel is the most commonly used material in construction and manufacturing. Mild steel is an alloy of iron, carbon and other elements. It is made by adding alloys to pure iron to increase strength, hardness or resistance to corrosion or other processes that degrade the metal's properties over time. The most common form of mild steel is known as "mild steel" or "plain carbon steel" and has a carbon content between 0.02% and 2%. The main alloying element is manganese which improves hardenability; silicon helps form pearlite structures (a microstructure of ferrite and cementite). The addition of chromium improves hardenability further by forming a more complex structure called austenite when cooled from its recrystallization temperature (about 800°C), but this alloying element also increases brittleness slightly; nickel reduces brittleness but adds no significant improvement in hardenability compared with chromium alone at these temperatures. Manganese does not improve hardenability at these temperatures Features: 1. Low hydrogen, high tensile strength and good ductility, can be used for most of the structural steel work. 2. Perfectly suitable for fabrication of storage tanks, steel furniture, general fabrication and similar applications. 3. With Leewac guaranteed quality and performance, it is easy to weld with low hydrogen content, good hot cracking resistance and arc stability in all position welding.
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