AM 355 - Fighter Jet Metals

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6AL-4V
6Al-6V-2Sn
6Al-2Sn-4Zr-2Mo
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Commercially Level Grades

Stainless Steel

PRECIPITATION HARDENING
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300 SERIES STAINLESS
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NITRONIC

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Nickel

COBALT BASED SUPER ALLOYS
MONEL NICKEL ALLOYS
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METAL WEIGHT CALCULATOR

A close-up image of a circular saw blade attached to industrial machinery. The lighting highlights the sharp teeth of the blade, and the background is dimly lit, focusing attention on the fighter jet metals with some light reflecting.

Plate Saw Cutting

Plate saw cutting quickly resizes plates by cutting them into rectangles.

A large, metallic cylindrical object with threaded ends is placed on supports in an industrial workshop. The background shows various machinery, tools, and other equipment that look like they belong in the manufacturing process of fighter jet metals.

Trepanning

Trepanning is the process of converting huge bars into tubes, which is good for oil and energy applications.

A lathe machine is in operation, with a metal workpiece being precisely machined. The cylindrical metal rod is secured, and the cutting tool is shaping its surface, producing a shiny, smooth finish akin to fighter jet metals. Metal shavings are visible around the machine.

Lathe Work

A lathe forms metal or wood by rotating it against a cutting tool.

A close-up of an industrial metalworking machine cutting or shaping a flat metal sheet, reminiscent of fighter jet metals. The machine's blue and gray housing is visible, along with precise, uniform cuts being made on the metal. The surrounding area contains other metal parts and tools.

Shearing

Shearing is a low-cost process for trimming sheet metal with precision.

Close-up of a laser cutting machine emitting bright sparks as it slices through fighter jet metals with precise geometric patterns. The surrounding area is filled with the intense light and energy from the cutting process.

Laser Cutting

Laser cutting employs a high-power laser to accurately slice materials.

A red CNC machine using a waterjet cuts precise shapes, including rectangles and a circle, from a large metal sheet. The surrounding area shows the fighter jet metals partially submerged in water, reducing the heat and minimizing dust during the cutting process.

Waterjet Cutting

Waterjet cutting employs high-pressure water and abrasives to cut materials.

A person is holding an Olympus ultrasonic thickness gauge. The device monitor displays a graphical readout. The person is testing metal rods, similar to those used in fighter jets, in an industrial setting, with the probe placed on one of the rods. Various metal rods are stacked in the background.

Ultrasonic Inspection

Ultrasonic nondestructive testing assesses material thickness using high frequency sound waves.

Close-up of an industrial machinery component with multiple rollers and fighter jet metals, including blue and silver elements. The machinery appears to be involved in a process such as grinding or conveying materials.

Grinding

Grinding reduces material to uncommon sizes, aided by Fighter Jet Metals.

Industrial metal cutting saw slicing through a large cylindrical steel rod in a manufacturing facility.

Bar Saw Cutting

Bar saw cutting is an efficient way to size round and flat bars for CNC machining.

VIEW OUR SERVICES

Industries Served

AEROSPACE
DEFENSE
SPACE
MARINE
MEDICAL

Quality Statement

QUALITY DOCUMENTS
POLICY STATEMENTS

Testing Tools

AMS-STD-2154
MIL-B-11595

Additive Manufacturing

Certificates

ISO 9001:2015 Fighter Jet Metals

Certificate of Registration for Fighter Jet Metals, Inc. issued by American Global Standards, certifying compliance with AS9120:2016 Rev. B for quality management systems in aviation, space, and defense industries.

military jet air plane flight

ABOUT US

AEROSPACE MANUFACTURERS

A circular gear emblem with the word "BOMBARDIER" written in bold, uppercase letters across the center. The gear has alternating solid and striped sections, evoking fighter jet metals and giving it a dynamic and industrial appearance. The design is rendered in white on a black background.

Seal of the Defense Logistics Agency

MILITARY SPECIFICATIONS

MEDICAL SPECIFICATIONS Image Fighter Jet Metals

MEDICAL SPECIFICATIONS

AMS SPECIFICATIONS

VIEW OUR SPECIFICATIONS

AM 355

AM 355 STAINLESS STEEL

AM 355 (SOMETIMES KNOWN AS PYROMET 355) is a chromium nickel molybdenum stainless steel. AM 355 is a heat treatable austenitic / martensitic alloy (depending on the heat treatment). The properties of AM355 are that of strength of a heat treatable martensitic grades with the corrosion resistance of some of the chromium nickel austenitic grades.

Applications of AM 355 Stainless Steel

– BLADES
– KNIVES
– INDUSTRIAL CUTTERS
– DISCS
– MOTOR SHAFTS
– GAS TURBINE COMPRESSORS

Close-up image of several cylindrical metal rods aligned in parallel. The rods, reminiscent of fighter jet metals, are shiny with a metallic finish, emphasizing their smooth and polished surfaces. The background is slightly blurred, focusing the viewer's attention on the ends of the rods

Close-up view of the edge of a thin, flat, metallic sheet with a slightly reflective surface, reminiscent of fighter jet metals, positioned diagonally against a dark background. The sheet's layers and sleek texture are visible, with a subtle blue hue along the edge

A table lists the minimum and maximum values for elements in materials used for fighter jet metals. Elements include carbon, manganese, silicon, phosphorous, sulfur, chromium, nickel, molybdenum, and nitrogen. Values vary; silicon and sulfur only have maximum values of 0.50 and 0.03, respectively

A close-up view of a stack of shiny, cylindrical metal rods resting in a workshop. The rods, likely forged from fighter jet metals, are uniformly cut with smooth surfaces, arranged parallel to each other, and the background contains blurred machinery and workshop tools.

ROUND BAR

AM 355 Stainless Steel Round Bar diameters range from 0.25″ to 12.00″ diameter.

A stack of flat metal bars piled on top of each other. The bars, possibly crafted from fighter jet metals, are aligned horizontally, showcasing their thin, rectangular shape and metallic finish. The image highlights the texture and edges of the bars in close detail.

FLAT BAR

AM 355 Stainless Steel Flat Bar comes in a variety of thicknesses and widths. For more information please request a quote.

Close-up of several stacked aluminum sheets in an industrial setting. The smooth, reflective surfaces of the sheets are clearly visible, akin to the polished finish found in fighter jet metals. The edges show precision cuts, and the background includes blurred industrial equipment and shelving units.

PLATE

AM 355 Plate Thickness ranges from 0.1875″ to 6.50″ Thick.

A stack of shiny, rectangular metal sheets, reminiscent of fighter jet metals, is placed on a wooden palette in an industrial setting. The sheets have smooth surfaces and uniform thickness, with the image focused on the layered edges. The background shows blurred industrial equipment.

SHEET

AM 355 Stainless Steel Sheet Thicknesses range from 0.002″ to .150″ Thick.

SPECIFICATIONS

SHEET & PLATE

AMS 5549
AMS 5547

BARS & FORGINGS

AMS 5743
AMS 5744

OEM SPECIFICATIONS

Honeywell 91547-M3710
Honeywell EMS 55443

AM 355 TECHNICAL INFORMATION

CONTACT US

EMAIL: SALES@FIGHTERJETMETALS.COM
PHONE : (561) 210-3525
CAGE CODE : 8SNR8
DUNS NUMBER : 117752390

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SERVICES

Plate Saw Cutting
Trepanning
Lathe Work
Shearing
Laser Cutting
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METALS

TITANIUM
STAINLESS STEEL
NICKEL
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METAL WEIGHT CALCULATOR

SPECIFICATIONS

AEROSPACE MANUFACTURERS
MEDICAL MANUFACTURERS
MILITARY SPECIFICATIONS
AMS SPECIFICATIONS

INVENTORY

Industries Served

AEROSPACE
DEFENSE
SPACE
MARINE
see all

QUALITY DOCUMENTS

AS 9120
ISO 9001

Quality Statement

Certificates

TERMS & CONDITIONS
PRIVACY POLICY
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ROUND BAR FLAT BAR PLATE SHEET OTHER

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