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This article references the “Encyclopedia of Metal Materials” and the national standard GB/T 699-2015 to provide a detailed analysis of the performance characteristics and processing key points of
This article references the Metal Materials Encyclopedia and the national standard GB/T 700-2006, providing a detailed analysis of the performance characteristics and processing key points
Material Identity and Specification Family 7049 was registered with the Aluminum Association in 1968 as a high-strength Al-Zn-Mg-Cu forging alloy within the 7xxx series. Its UNS designation is A97049;…
Grade 60 steel is a high-quality carbon structural steel per GB/T 699-2015, with a carbon content of approximately 0.60%. It can also be used for spring manufacturing per GB/T 1222. It offers good har
This comprehensive technical guide explores 6060 (AlMgSi), a 6xxx Series material widely used in precision CNC machin…
If your CNC-turned part needs higher strength than 6061-T6 and you cannot justify 7075, look at 2017-T4. EN AW-2017A bridges ~390 MPa UTS with good machinability.
20 steel is a high-quality carbon structural steel under the GB/T 699-2015 standard, with a carbon content of approximately 0.20%, classified as low-carbon steel. It offers moderate strength, excel
20Cr is one of the most widely used low-alloy carburizing steels in China, conforming to the national standard GB/T 3077-2015 “Alloy Structure Steels”. It is a low-carbon chromium series alloy stru
For design engineers who need tensile strength approaching mild steel but at one-third the weight, 2014 aluminum (AlCu4SiMg) often fits the bill — provided the part won’t see sustained exposure to …
GCr15 is the most commonly used high-carbon chromium bearing steel in China, conforming to the GB/T 18254-2016 standard. Its international approximat
This article references the authoritative source “Encyclopedia of Metal Materials” to provide a detailed analysis of the performance characteristics and processing points of 20CrMnTi. In CNC machin
This article references the authoritative source “Encyclopedia of Metal Materials” to provide a detailed analysis of the performance characteristics and processing key points of 42CrMo. Structural
This article references the authoritative source “Encyclopedia of Metal Materials” to provide a detailed analysis of the performance characteristics and processing key points of 35CrMo. Structural
This article references the authoritative source “Encyclopedia of Metal Materials” to provide a detailed analysis of the performance characteristics and processing points of 38CrMoAl. Structural st
This article references the authoritative source “Encyclopedia of Metal Materials” to provide a detailed analysis of the performance characteristics and processing points of 38CrMoAl. Structural st
## 1. Introduction
35CrMo is an important engineering material that holds a significant position in modern industrial manufacturing. This material, with its excellent comprehensive properties includi
## 1. Introduction
35CrMo is a crucial engineering material in modern industrial manufacturing, valued for its excellent comprehensive properties including good corrosion resistance, outstanding mech
## 1. Introduction
254S is an important engineering material that holds a significant position in modern industrial manufacturing. Due to its excellent comprehensive properties, including good corros
1. Introduction
254S, as an important engineering material, holds a significant position in the field of modern industrial manufacturing. With its excellent comprehensive properties, including good co
1. Introduction
316L, as a significant engineering material, holds a pivotal position in the field of modern industrial manufacturing. With its excellent comprehensive properties, including good corro
