DN80 Large End SCH20 Carbon Steel Pipe Cap For Rectangular Tube

DN80 Large End SCH20 Carbon Steel Pipe describe

A DN80 Large End SCH20 carbon steel pipe refers to a carbon steel pipe with a nominal diameter (DN) of 80mm and a larger end size. It is also classified as SCH20, indicating its schedule or thickness. Here's a description of a DN80 Large End SCH20 carbon steel pipe:

1. Nominal Diameter (DN): 80mm

   • The nominal diameter, represented by DN, is a standardized numerical designation that indicates the approximate inside diameter of the pipe. In this case, the pipe has a nominal diameter of 80mm.

2. Large End Size

   • The term "Large End" signifies that one end of the pipe has a larger diameter compared to the other end. It indicates a transition or expansion in size, often used when connecting to larger pipes or fittings.

3. SCH20 Thickness

   • The pipe is classified as SCH20, which refers to its schedule or thickness. The schedule system is a standardized method used to specify the wall thickness of pipes. SCH20 indicates a relatively thin wall thickness compared to higher schedules, such as SCH40 or SCH80. The exact thickness of a SCH20 pipe can vary, but it is typically thinner than pipes with higher schedules.

4. Carbon Steel Material

   • The pipe is made from carbon steel, which is an alloy primarily composed of iron and carbon. Carbon steel offers excellent strength, durability, and thermal conductivity, making it suitable for various applications. Carbon steel pipes are commonly used in industries such as oil and gas, petrochemical, construction, and infrastructure.

5. Applications

   • DN80 Large End SCH20 carbon steel pipes can be used in a wide range of applications. They are commonly employed in industrial processes for fluid and gas transportation, structural support, and piping systems. The pipe's larger end size may facilitate connections to larger pipes or fittings, allowing for the efficient flow of fluids or gases in various systems.

It's important to note that the specific dimensions, tolerances, and properties of DN80 Large End SCH20 carbon steel pipes may vary depending on the manufacturer and the specific requirements of the application. It's recommended to consult the relevant specifications or the manufacturer's documentation for detailed information on the specific characteristics and applications of these pipes.

Carbon Steel in the Automotive Industry

1. Carbon steel for automobile industry

Carbon steel is one of the most important materials used in the automotive industry. It is widely used in the manufacture of bodywork, engines and other components. The main reasons for its widespread use are its good strength-to-weight ratio, high durability, and low cost.

In recent years, however, the use of carbon steel in cars has been declining due to the increasing use of lighter-weight materials such as aluminum and plastics. The trend is likely to continue as automakers seek to reduce vehicle weight to improve fuel efficiency and emissions levels.

What are the advantages of high -carbon steel?

1.High -carbon steel heat treatment can obtain high hardness (HRC60 1: 65) and better abrasion resistance.

2.High -carbon steel has better cutability.

3.The raw materials are easy to obtain, and the production cost is low.

What are the disadvantages of high -carbon steel?

1. It has poor thermal hardness. When the operating temperature of the tool is greater than 200 ° C, its hardness and abrasion resistance will decrease.

2. It has low quenchtability.

The difference between high -carbon steel and low -carbon steel is as follows:

1. Differences of toughness: Low -carbon steel annealing tissue is iron and small amount of pearl light. Its strength and hardness are low, and the plasticity and toughness are better. Therefore, its cold formability is good. High -carbon steel has a high strength and hardness, high elasticity and fatigue limit after proper heat treatment or cold pull -out hardening, and the cutting performance is acceptable, but the welding performance and cold plastic deformation ability are poor.
2. Application differences: Low -carbon steel has good welding. Carbon content from 0.10%to 0.30%Low -carbon steel is easy to receive various processing such as forging, welding and cutting, and is often used for manufacturing chains, rivets, bolts, shafts, etc. High -carbon steel is mainly used to make spring and wear -resistant parts. Carbon tool steel is a high -carbon steel that basically does not add alloy elements. It is also a steel species with low cost, good hot and cold processing, and wide range of use of tool steel.
3. Different carbon content: Low -carbon steel is carbon steel with carbon content below 0.25%. Its strength and hardness are low, and plasticity and toughness are better. 1.70%, the strength and hardness of bribery, high elasticity and fatigue limit, cutting performance is acceptable, but the welding performance and cold plastic deformation ability are poor.

Carbon Steel Tube parameter

chemical composition

mechanical properties

Our advantage

Product Inventory

Jiangsu Jinruiheng uses standard export transportation packaging, according to the size of the stainless steel plate binding steel belt. According to our shipping experience, a 20-foot container can hold 22 tons of stainless steel, and a 40-foot container can hold 25 tons of stainless steel. For larger orders, we ship by bulk carrier, which is cheaper. Packaging can also be customized according to customer needs.

Packing and Shipping:

DELIVERY SERVICE COMMITMENT:

The goods shall be delivered in strict accordance with the contract, and the consignee shall be notified within 48 hours after thegoods are delvered: Loading shall be carried out in strict accordance with the requlations. without overloading, bias and weiahtgathering