Used in high-pressure gas systems, such as braking and suspension systems.
: The current active version , reaffirmed to meet rigorous aerospace safety protocols.
The SAE AS33514 document is titled .
By rigorously defining the , SAE AS33514 ensures that components from different manufacturers can be confidently assembled into a safe, reliable, and leak-proof system. As the aerospace industry evolves, standards like AS33514 will remain the foundation of interoperability, safety, and quality. sae-as33514
To achieve compliant marking, consider these best practices:
Typical applications include:
No. MS33514 is the superseded military standard. SAE AS33514 is the current standard that has replaced it. Always use the SAE standard for new designs. Used in high-pressure gas systems, such as braking
He slammed the new shackle into place. The interface was seamless. He twisted the collar until the safety indicator turned from red to a solid, reassuring green.
that uses a 24° internal cone. It is commonly used in high-pressure and lightweight aerospace fluid systems, such as those found in military aircraft (F-22, C-17) and Formula One racing. Motion & Flow Control Products, Inc. Key Specifications Design Type
SAE-AS33514 is a published Aerospace Standard (AS) by SAE International (originally the Society of Automotive Engineers). Its full title is: "Sleeving, Markable, Heat-Shrinkable, Polyvinylidene Fluoride (PVDF), Crosslinked, for Wire and Cable Identification." By rigorously defining the , SAE AS33514 ensures
Other SAE standards that work alongside AS33514 for tube and hose assembly include:
The SAE-AS33514 standard originated directly from the United States military specification . As part of the Department of Defense’s standardization initiatives, many "Military Standard" (MS) sheets were transferred to civil standards organizations like SAE International to simplify supply chains and maintain unified technical baselines. Revision History
The standard was originally derived from military specification MIL-M-81531 but has since evolved to meet modern commercial aviation standards, including those set by Boeing (BAC) and Airbus (ABS).
In the demanding world of aerospace engineering, hydraulic systems, and industrial fluid power, the integrity of tube connections is paramount. Leakage can lead to system failure, efficiency loss, or catastrophic safety incidents. is a critical, industry-standard specification governing the design and dimensions of flareless tube fitting ends and gasket seals, providing a standardized, high-performance solution for high-pressure applications.
Do youIf you want, I can find the specific torque values, part numbers, or differences between stainless steel and aluminum versions. Let me know what you need. Share public link