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aisi 4130 alloy steel all introduction: properties, advantages, uses

This article provides a thorough exploration of 4130 steel, encompassing its performance attributes, chemical composition, versatile applications, distinctive characteristics, metallurgical properties, forming processes, welding techniques, and associated challenges. The discussion encompasses a range of 4130 steel products such as tubes, bars, hollow bars, 4130 P+X, and 4130 L80, offering insights into their unique features and industrial uses.

2024-11-05T09:05:00+00:00November 5th, 2024|Industrial Articles|

4330V Alloy Steel: Uses, Composition, Properties

4330V Alloy Steel: Uses, Composition, Properties Introduce What is 4330V alloy steel? AISI 4330V is a Nickel Chrome Molybdenum (NiCrMo) hardened and tempered high strength alloy steel for applications in the oil and gas industry. It is typically used for oil tools and drilling jars due to its combination of high strength and exceptional

2024-11-04T07:39:44+00:00November 4th, 2024|Industrial Articles|

4130 VS 4140 STEEL

4130 VS 4140 STEEL   What is 4130 steel?   AISI 4130 steel is a low-alloy steel from the American Iron and Steel Institute (AISI) 41xx series. It is a chromium-molybdenum alloy steel containing nominally 0.30% carbon. Known for its toughness, strength, good fatigue strength, and weldability, 4130 steel is commonly used in the aerospace,

2024-10-31T08:06:47+00:00October 31st, 2024|Industrial Articles|

Analysis of the Causes for Transversal Crack of 4130X Steel Pipe for Making Large-volume Gas Cylinder

Analysis of the Causes for Transversal Crack of 4130X Steel Pipe for Making Large-volume Gas Cylinder Abstract: In order to find out the causes for the transversal crack of the 4130X steel pipe for making of the large volume gas cylinder, the fracture surface is analyzed by means of both the macro and micro analyses,

2024-10-08T03:29:24+00:00October 8th, 2024|Industrial Articles|

The development of large-sized, heavy-wall 4130M-QT-125K mechanical structure seamless steel tubes

The development of large-sized, heavy-wall 4130M-QT-125K mechanical structure seamless steel tubes Abstract: This article describes the design of the large-sized, heavy-wall 4130M-QT-125K mechanical structure seamless steel tube, involving chemical composition, and processes of steel-melting/casting, pipe rolling, and heat treatment, etc. Also summarized are the control tips for manufacturing the said tube. Relevant operation practice demonstrates

2024-10-08T03:19:30+00:00October 8th, 2024|Industrial Articles|

Development of Rolling Process for AISI 4145H Steel Tubular Drill Collars Used in Oil Drilling

Development of Rolling Process for AISI 4145H Steel Tubular Drill Collars Used in Oil Drilling Abstract To solve the problem of smooth rolling during the production of ultra-long, extra-thick-walled drill collar tubing (diameter-to-wall thickness ratio ≤3.7) using the Assel mill and to improve the uniformity of wall thickness both longitudinally and transversely, a series of

2024-10-07T06:49:50+00:00October 7th, 2024|Industrial Articles|

Hardness Range of 4140 Steel After Quenching and Tempering

  4140 steel is a low-alloy steel commonly used for manufacturing mechanical parts and tools. Quenching and tempering is a heat treatment process applied to steel to enhance its mechanical properties and hardness. During the quenching and tempering process of 4140 steel, controlling the process parameters can achieve varying hardness ranges. Quenching and tempering involves

2024-10-07T06:38:57+00:00October 7th, 2024|Industrial Articles|

A Brief Analysis of Performance Differences Between 35CrMo and 4145H Quenched and Tempered Forged Bars

A Brief Analysis of Performance Differences Between 35CrMo and 4145H Quenched and Tempered Forged Bars Abstract: This study compares the mechanical properties of 35CrMo and 4145H, two types of medium-carbon alloy structural steels, using Φ200mm forged bars of the same specifications subjected to quenching and tempering treatments. The focus was on the mechanical properties at

2024-10-07T06:36:28+00:00October 7th, 2024|Industrial Articles|

Ten Points to Note When Welding 4130 Chromoly Using TIG Welding

  Below are answers to the ten most common questions about welding 4130 chromoly using TIG welding. These tips are primarily intended for applications in the sports industry, such as aircraft prototypes, race car frames, roll cages, dune buggies, bicycle frames, and motorcycle frames. The applicability of these welding tips should be evaluated based on

2024-10-07T05:36:19+00:00October 7th, 2024|Industrial Articles|
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