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Carbon steel is mainly made of iron and carbon, generally without the addition of large amounts of alloying elements. Steel may become harder and stronger through heat treatment as the carbon content increases, but it also becomes less ductile. Carbon steel pipes are a popular choice in the construction industry because of their durability and cost-effectiveness. However, there are both advantages and disadvantages to using carbon steel pipe. Let's take a closer look at what these are.
Carbon Steel Pipe Advantages And Disadvantages:
Advantages
- Strong and highly durable
- Higher strength
- Corrosion resistant properties
- High and low-temperature resistant
- It exists in a large variety of types
- Durable and reasonably inexpensive over the duration of its lifespan
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- Environmentally friendly and recyclable
- Low maintenance and easily cleaned
- It can be applied to a particular finish if an attractive cosmetic appearance is desired and does not tarnish readily
Disadvantages
- More prone to rust and corrosion than other steel types
- Difficult to bend and mold into diverse shapes
- High cost, especially at the initial expense
- It can be tough to work with, especially without the most advanced machinery and methods.
- It can often result in costly waste and re-work
All in all, construction professionals need to consider the pros and cons when deciding on a project involving carbon steel piping. So that informed decisions can be made without sacrificing quality or safety standards.
The so-called carbon steel pipe actually refers to the fact that the mechanical properties depend on the carbon content in the steel pipe. Generally, steel pipes that do not add a large amount of alloy elements are also called ordinary carbon steel pipes or carbon steel pipes, which refer to iron-carbon alloy pipes with a carbon content of less than 2%. In addition to carbon, carbon steel pipes also contain a small amount of silicon, manganese, sulfur and phosphorus. Generally, the higher the carbon content in the carbon steel pipe, the greater the hardness and the higher the strength, but the lower the plasticity.1. Carbon steel pipe can get higher hardness and better wear resistance after heat treatment.2. The hardness of carbon steel pipe in the annealed state is very moderate, and it also has good machinability.3. The raw materials of carbon steel pipes are very common, easy to obtain, and the production cost is relatively low.1. The thermal hardness of carbon steel pipe will be poor, because when the working temperature of the tool is greater than two hundred degrees, its hardness and wear resistance will drop sharply.2. The hardenability of carbon steel pipe is very low. The diameter of the fully hardened steel pipe is generally about 15-18 mm when it is water quenched, and the diameter or thickness is only about 6 mm when it is not quenched, so it will be easier to deform and crack.1. According to the purpose, carbon steel can be divided into three categories: carbon structural steel, carbon tool steel and easy-to-cut structural steel.2. According to the smelting method, carbon steel can be divided into three types: open hearth furnace steel, converter steel and electric furnace steel.3. According to the deoxidation method, carbon steel can be divided into boiling steel, killed steel, semi-killed steel and special killed steel, which are represented by codes F, Z, b and TZ respectively.4. According to the carbon content, carbon steel can be divided into three categories: low carbon steel, medium carbon steel and high carbon steel.5. According to the content of sulfur and phosphorus, carbon steel can be divided into ordinary carbon steel with higher content, high-quality carbon steel with lower phosphorus and sulfur content, high-grade high-quality steel with lower phosphorus and sulfur content, and finally a special high-quality steel.
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