NICKEL 625
DMS2006 is a Boeing specification concerning Nickel Alloy 625 (UNS N06625) with respect to sheet and foil. It outlines the mechanical, tolerances, and heat treatment requirements for aerospace-quality sheets used in aerospace applications such as aircraft engines, ducts, and heat resisting application.
Because of these characteristics, Nickel 625, as defined in DMS 2006, is suitable for jet engine seal rings, heat exchangers, aerospace fasteners, and for sheet metal structures that are in heavy demand.
Fighter Jet Metals works with Aerospace OEMs to maintain the DMS2006 specification for Nickel 625 Sheet and Foil. If you are currently managing a project that requires DMS2006 please reach out to us so we can assist.
Boeing Quality per DMS2006
DMS specifications originate from Boeing’s Long Beach facility under D1-4426 Approved Process Lists. DMS2006 / DMS 2006 originated at the Long Beach facility, therefore it is widely used for Boeing’s aircraft manufacturing at multiple locations.
As a Tier 1 Aerospace company, Boeing holds its subcontractors to the same standards by ensuring they source DMS2006 from approved sources. This creates accountability and ensures the highest quality standards are achieved in the manufacturing process. An excerpt from Boeing’s quality website states the following:
Our commitment to steady, long-term improvement in our products and processes is the cornerstone of our business strategy. Maintaining customer satisfaction and enhancing shareholder value are mutual goals of both Boeing and its suppliers. To achieve these objectives, we must continuously work together to improve the overall efficiency and productivity of our design, manufacturing, administrative and support organizations.
Where is Inconel 625 used?
- CHEMICAL PROCESSING
- JET ENGINE COMPONENTS
- FLARE STACKS
- ENGINE EXHAUST SYSTEMS
- SUBMARINE AUXILIARY PROPULSION MOTORS
- POLLUTION CONTROL EQUIPMENT
- NUCLEAR REACTORS
Specifications
SHEET & PLATE
States the specifications of Nickel 625 sheets and plates at various thicknesses. Also, describes the requirements for corrosion resistance, heat resistance, mechanical properties, and formability for components used in the aerospace industry, flares, exhaust systems, and chemical equipment. ..
BARS & FORGINGS
Includes Nickel 625 in bar, forgings, and rings, where its chemical composition, mechanical properties, and heat treating requirements are discussed with regard to its applicability in industries such as aerospace and chemical processing where superior strengths are required.
BOEING SPECIFICATIONS
Boeing specifications regarding Nickel 625 provide an overview of the application of this material in aircraft engine construction, exhaust systems, as well as other elements used in the structure, which are utilized at high temperatures. The specifications guarantee a perfect fit with Boeing’s aerospace products.
GULSTREAM SPECIFICATIONS
Outlines the specifications of the Nickel 625 material used in the Gulfstream aircraft parts, including the required material properties in areas of the engine where high temperatures exist.
HONEYWELL SPECIFICATIONS
Covers Nickel 625 used in Honeywell aerospace and industrial applications. Focuses on heat and corrosion resistance, durability, and long-term stability in extreme environments.
SAFRAN SPECIFICATIONS
Defines Safran’s standards for Nickel 625 used in aircraft engines and high-temperature structural parts, ensuring oxidation and corrosion resistance under sustained thermal loads.
AIRBUS SPECIFICATIONS
Outlines Airbus standards for Nickel 625 in aerospace manufacturing, emphasizing mechanical strength, heat tolerance, and resistance to chemical attack in critical engine and structural components.
TUBING SPECIFICATIONS
Specifies Nickel 625 tubing for use in industrial, chemical, and aerospace environments. It details specifications related to the size, mechanical, and corrosion properties, as well as fabrication of tubes, used in heat exchangers, propulsion systems, or exhaust ducts.
Certified Material for Critical Service
All Nickel 625 supplied by Fighter Jet Metals comes with full test reports, heat numbers, and traceability in compliance with AMS standards.
We can coordinate dual certification with related standards ensuring compatibility with aerospace and high-temperature industrial applications.
Our materials can also be integrated into multi-alloy packages, providing a complete solution for high-performance manufacturing environments.