• Seamless Steel Pipe With SCH40/80/STD Factory Price And High Quality System 1
  • Seamless Steel Pipe With SCH40/80/STD Factory Price And High Quality System 2
  • Seamless Steel Pipe With SCH40/80/STD Factory Price And High Quality System 3
  • Seamless Steel Pipe With SCH40/80/STD Factory Price And High Quality System 4
Seamless Steel Pipe With SCH40/80/STD Factory Price And High Quality

Seamless Steel Pipe With SCH40/80/STD Factory Price And High Quality

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
33 m.t.
Supply Capability:
400 m.t./month

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Product Description:

 

Alloy Seamless Steel Pipe

1)OD:8-450mm 

2)Thickness:1-60mm 

3)MOQ: 25 tons

4)Material:A213 A335 A199, etc.


Alloy Seamless Steel Usage 

Applicable to the general structure, mechanical structure with seamless steel tubes

 

Quality Standard 

  • ASTM A519 Seamless Carbon and Alloy Steel Mechanical Tubing

  • JIS G3441 Alloy steel tubes for machine purposes

  • DIN 2391 Seamless Precision Steel Tubes

  • EN10305 Steel tubes for precision applications Technical delivery conditions Seamless cold drawn tubes

  • EN 10297 Seamless circular steel tubes for mechanical and general engineering purposes

 

Alloy Seamless Steel Pipe Grade 

  • ASTM A519 1010-1045, 4130-4142, 5135

  • JIS G3441 SCM 415 TK, SCM 418 TK, SCM 420 TK, SCM 430 TK, SCM 435 TK, SCM 440 TK

  • JIS G3444 STKM 11A, STKM 12, STKM 13, STKM 14, STKM 15, STKM 16, STKM 17, STKM 18

  • STKM 19, STKM 20

  • BS 6323 CFS 3, CFS 3Aa, CFS 4, CFS 5b, CFS 6, CFS 7, CFS 8d, CFS 9, CFS 10, CFS 11

 

Alloy Seamless Steel Pipe Size

  • Outer Diameter Hot finish 2" - 30", Cold drawn 0.875" - 18"

  • Wall Thickness Hot finish 0.250" – 4.00", Cold drawn 0.035" – 0.875"

  • Length Random Length, Fixed Length, SRL, DRL


 Alloy Seamless Steel Pipe Heat treatment

  • Annealed, Full Annealed, Bright annealed, , Spheroidize annealed

  • Normalized, Stress relieved, Cold finished, Quenched and Tempered

  

Alloy Seamless Steel Pipe Packing 

     Plastic plugs in both ends, Hexagonal bundles of max 2,000kg with several steel strips, Two tags on each bundle, Wrapped in waterproof paper, PVC sleeve, and sackcloth with several steel strips

 

Alloy Seamless Steel Pipe Test 

      Chemical Component Analysis, Mechanical Properties (Ultimate tensile strength, Yield

strength, Elongation), Technical Properties (Flattening Test, Flaring Test, Bending Test, Hardness Test, Blow Test, Impact Test etc), Exterior Size Inspection Mill Test Certificate EN 10204/31B

PICTURE

Seamless Steel Pipe With SCH40/80/STD Factory Price And High Quality

Seamless Steel Pipe With SCH40/80/STD Factory Price And High Quality

Seamless Steel Pipe With SCH40/80/STD Factory Price And High Quality

Seamless Steel Pipe With SCH40/80/STD Factory Price And High Quality

 

Q:How are steel pipes used in the automotive industry?
Steel pipes are commonly used in the automotive industry for various applications such as exhaust systems, fuel lines, and structural components. They provide durability, strength, and resistance to high temperatures, making them ideal for carrying exhaust gases, fuel, and providing support to the vehicle's frame.
Q:How are steel pipes used in mining?
Steel pipes are extensively used in mining for various purposes, such as transporting fluids, ventilation systems, and structural support. They are commonly employed for carrying water, slurry, or other liquids to different parts of the mine. Additionally, steel pipes are utilized for creating ventilation systems to ensure fresh air supply and remove harmful gases from underground mining operations. Moreover, they provide crucial structural support for tunnels, shafts, and other mining infrastructure due to their strength and durability.
Q:How are steel pipes protected against mechanical impact?
Steel pipes are protected against mechanical impact through the use of various methods such as applying protective coatings, using impact-resistant materials, utilizing proper installation techniques, and implementing impact protection measures like bollards or guards.
Q:What is the difference between API 5L and ASTM A53 steel pipes?
API 5L and ASTM A53 are widely utilized carbon steel pipe standards with similar purposes but notable distinctions. 1. In terms of scope, API 5L pertains to seamless and welded pipes for transporting oil, gas, water, and other fluids. It encompasses plain-end, threaded-end, and belled-end pipe types. Conversely, ASTM A53 is a standard specification for seamless and welded black and hot-dipped galvanized steel pipes utilized in mechanical and pressure applications. 2. The manufacturing processes differ, as API 5L pipes undergo hot-rolling, while ASTM A53 pipes undergo either hot-rolling or cold-drawing. This variance affects the chemical composition and mechanical properties of the pipes. 3. Generally, API 5L pipes have a higher carbon content compared to ASTM A53 pipes. This discrepancy arises from the intended use of API 5L pipes for conveying oil, gas, and water, necessitating greater strength and durability. On the other hand, ASTM A53 pipes cater to mechanical and pressure applications, where lower carbon content is deemed appropriate. 4. API 5L pipes exhibit higher minimum yield strength and tensile strength than ASTM A53 pipes. This outcome stems from the increased carbon content and more stringent manufacturing process employed for API 5L pipes. Conversely, ASTM A53 pipes possess lower yield and tensile strength requirements, rendering them more suitable for general-purpose applications. 5. API 5L pipes offer various coating options, including black varnish, 3PE, FBE, among others, depending on the specific application requirements. In contrast, ASTM A53 pipes are typically hot-dipped galvanized to enhance corrosion resistance. In conclusion, API 5L and ASTM A53 steel pipes differ in scope, manufacturing processes, chemical compositions, mechanical properties, and coating options. The appropriate choice of pipe hinges upon specific application requirements, such as the nature of the conveyed fluid, operating conditions, and desired strength and durability.
Q:How are steel pipes used in the manufacturing of geothermal systems?
Steel pipes are used in the manufacturing of geothermal systems primarily for their durability and heat resistance. These pipes are used to transport geothermal fluids, such as water or steam, from the underground reservoir to the surface, where they can be utilized for heating or electricity generation. The high strength and corrosion resistance of steel pipes make them ideal for withstanding the harsh conditions and high temperatures encountered in geothermal applications. Additionally, steel pipes can be easily welded and connected, allowing for efficient installation and maintenance of geothermal systems.
Q:How are steel pipes used in irrigation systems?
Steel pipes are commonly used in irrigation systems to transport water from a water source, such as a well or a reservoir, to the fields or plants that need to be irrigated. These pipes are durable, strong, and resistant to corrosion, making them ideal for withstanding the constant flow of water and the harsh outdoor conditions. They are typically laid underground or above the surface, depending on the specific irrigation system design, and are connected to sprinklers or drip irrigation systems to distribute water efficiently and effectively to the crops or plants.
Q:What are the different grades of steel used for manufacturing pipes?
The different grades of steel used for manufacturing pipes include carbon steel, alloy steel, stainless steel, and duplex steel.
Q:Do steel pipes expand or contract with temperature changes?
Steel pipes expand with temperature increases and contract with temperature decreases.
Q:How are steel pipes tested for pressure and leakage?
Steel pipes are tested for pressure and leakage using a variety of methods to ensure their safety and reliability. One common method is hydrostatic testing, where the pipe is filled with water and subjected to a specific pressure for a specified duration. This test helps identify any weaknesses or leaks in the pipe by observing if there is any pressure drop or visible water leakage. The pressure is carefully measured and monitored during the test, and if the pipe successfully withstands the required pressure without any signs of leakage, it is considered to have passed the test. In addition to hydrostatic testing, other non-destructive testing methods may also be employed. These methods include ultrasonic testing, which uses high-frequency sound waves to detect any flaws or defects in the pipe material, and magnetic particle testing, which involves applying a magnetic field to the pipe and inspecting it for any magnetic particles that may indicate cracks or imperfections. Moreover, visual inspection is an essential step in testing steel pipes for pressure and leakage. Trained inspectors examine the exterior and interior surfaces of the pipe to check for any visible signs of damage, such as corrosion, cracks, or faulty welds. This visual inspection helps to identify potential weak points that could lead to leaks or failures under pressure. Overall, a combination of hydrostatic testing, non-destructive testing methods, and visual inspection is used to comprehensively evaluate steel pipes for pressure and leakage. These rigorous testing procedures ensure that the pipes meet the required standards and are safe for their intended applications.
Q:Can steel pipes be used for heat transfer applications?
Heat transfer applications can utilize steel pipes as they are a great option for transferring thermal energy from one location to another. Steel is known for its excellent heat conductivity, making it a popular choice in heating, ventilation, and air conditioning (HVAC) systems, industrial process heating, and steam distribution networks. The high thermal conductivity of steel ensures efficient heat transfer, effectively distributing heat throughout the system. Moreover, steel pipes possess remarkable strength and durability, enabling them to withstand high temperatures and pressures commonly encountered in heat transfer applications. In summary, steel pipes are a dependable and extensively employed solution for heat transfer purposes.

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