AISI 1070 carbon steel has a composition made up of carbon (C), manganese (Mn), phosphorus (P), sulfur (S), and silicon (Si) as the main components. Its carbon content ranges from 0.65-% 0.75%, which makes it much stronger and durable. Manganese aid in the hardenability and tension, while the reducing the phosphorus and sulfur content provide an enhanced machinability. When compared with AISI 1070, the ability of the latter to resist wear is good enough and better properties can be achieved when heat treatment is applied to it. Teflon-bronze commonly is utilized in blades, springs, and high-strength materials applications and it provides assured reliability with demanding conditions. Detailed tables, chart and PDF documents are accessible online at our website, which comes with all the information such as grades, properties and outlining its applications in various industries for engineers, metallurgists and manufacturing lines.
AISI 1070 carbon steel is a superior material which is used mostly for its high strength and reliability. The carbon amount can vary from 0.65 to 0.75% in composition, while manganese percentage can be between 0.60 and 0.90%. Usually, the phosphorus percentage is 0.04 and the sulfur percentage is 0.05. Its forging and hammering properties make it hardenable and nice tough and a good wear resistance, which attribute makes it an ideal material for knives springs and agricultural instruments. AISI 1070 is medium carbon steel with respect to quality, giving off the balanced combination of ductility and tensory strength. Not only is it adaptable and relatively inexpensive, but its reliability in challenging conditions is also the key to its popularity in areas that require high performance.
Elements | Iron, Fe | Carbon, C | Manganese, Mn | Sulfur, S | Phosphorous, P |
---|---|---|---|---|---|
Min (%) | - | 0.65 | 0.6 | - | - |
Max (%) | ~ 98 | 0.75 | 0.9 | 0.050 (max) | 0.04 (max) |
Advantages:
High strength: Suitable for structural use.
Wear resistance: Ideal for parts experiencing abrasion and wear.
Good machinability: Favorable for shaping and forming processes.
Cost-effective: Balances performance and cost effectively.
Disadvantages:
Limited hardenability: Not suitable for deep case hardening.
Susceptible to corrosion: Requires additional protective layers.
Lower toughness: May exhibit brittleness in certain conditions.
Limited weldability: Prone to cracking during heavy welding.
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