SS10439 AISI 4620 Alloy Steel Tube UNS G46200

AISI 4620 Alloy Steel Tube UNS G46200 Description

AISI 4620 Alloy Steel Tube UNS G46200 is a medium-carbon alloy steel tube manufactured by precise thermal and mechanical processes. The UNS G46200 grade specifies controlled chemical constituents to yield consistent mechanical properties. Its tube/pipe form allows for integration in piping systems and structural assemblies. Quality control measures, including ultrasonic testing, minimise internal defects and dimensional variability, supporting engineering designs that require predictability in performance.

AISI 4620 Alloy Steel Tube UNS G46200 Characteristics

*The above product information is based on theoretical data and is for reference only. Actual specifications may vary.

AISI 4620 Alloy Steel Tube UNS G46200 Applications

Industrial Applications
- Used as a structural support in heavy machinery to achieve enhanced load-bearing capacity through its controlled alloy composition.
- Applied as hydraulic tubing in mechanical assemblies to facilitate pressure retention through its precise dimensional tolerances.

Automotive Applications
- Used as drive shaft components in automotive systems to ensure fatigue resistance due to consistent mechanical properties.
- Serves as a critical connector in suspension systems to provide predictable performance under cyclic loading through its medium-carbon alloy structure.

AISI 4620 Alloy Steel Tube UNS G46200 Packing

The tube is secured in industrial-grade, corrosion-resistant packaging. It is wrapped in polyethylene film and fixed in reinforced wooden crates to avert surface damage and corrosion risks. Storage requires a dry, temperature-controlled environment. Anti-contamination measures include sealed packaging and filtered storage materials. Customisation options for labeling and dimension-specific packaging are available.

Frequently Asked Questions

Q1: How does adherence to ASTM A519 influence production quality?
A1: Following the ASTM A519 standard ensures the tube undergoes strict chemical and dimensional control during production. This results in predictable mechanical properties and minimises internal defects, which is critical for engineering applications.

Q2: What quality control methods are implemented during manufacturing?
A2: Ultrasonic inspection and precise dimensional measurements are utilised to detect defects and verify tolerances. These measures maintain uniformity in the alloy composition and machining, ensuring the tube meets set specifications.

Q3: Are tube dimensions adjustable to specific project requirements?
A3: Yes, the tube dimensions are customisable. Engineering requirements can be met through precise cutting and forming processes while maintaining compliance with ASTM A519 standards and consistent mechanical performance.

Additional Information

AISI 4620 Alloy Steel is a medium-carbon alloy that has been widely used in structural and mechanical systems. Its alloy composition, which includes chromium and molybdenum, is optimised through controlled heat treatment processes to achieve a balanced combination of strength and ductility.

This material is integral to applications where dimensional accuracy and consistent performance are necessary. Understanding the role of controlled alloying and processing techniques is essential for effective integration in complex systems, ensuring engineering designs receive predictable mechanical and thermal properties.