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Aerospace Forgings & Aerospace Forging Companies

Forging companies produce different types of forgings for the diverse industries they work with, ranging from aerospace applications to military equipment. Forging companies supply forged aerospace components that include materials for aircraft engines to engine parts. Here is a gist of the things you need to know about aerospace forging companies.

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Aerospace Forgings & Aerospace Forging Companies

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  1. AEROSPACE FORGINGS AEROSPACE FORGINGS 01 01 EVERYTHING YOU NEED TO KNOW

  2. 02 Forged Parts in Various Industries Modern vehicle ideas and profoundly complex drive technologies are the results of continually progressing requirements in an innovative and fast-growing branch of industry. Forging provides better manufacturing properties, malleability and fatigue, and impact resistance because this process refines and directs the grain flow according to the shape of the piece. For materials that require great strength and flexibility, forged parts are preferred. FORGED PARTS IN VARIOUS INDUSTRIES

  3. 03 Forged Parts in Aerospace Industry Forged parts include aerospace components that range from materials for aircraft engines and engine parts. For parts that require great strength, but lightweight such as structural components, compressor sections and engine frames, various aluminum and titanium alloys are used. For parts that need high heat and temperature resistance, chromium, nickel and cobalt alloys are favored. Steel is used in a variety of locations on aircraft. FORGED PARTS IN AEROSPACE INDUSTRY

  4. Aerospace Alloys Functional alloys make it viable for the aerospace industry to produce high- performance parts such as jet engines and air-frames. These parts must be able to endure high pressure, intense heat, and temperature fluctuations that would accentuate ordinary metals to their breaking points. Without the technological discoveries that produced aerospace alloys, air travel itself would be essentially impossible AEROSPACE ALLOYS

  5. AEROSPACE PARTS MADE FROM TITANIUM FORGINGS Titanium is a major component of aerospace alloys. Titanium being a non-ferrous metal, gives aerospace alloys their strength and ability to perform at extreme temperatures. The ratios of engine power to weight, airframe strength and other factors critical to jet performance could not be achieved without this specialty metal. INCONEL ALLOYS FOR AEROSPACE APPLICATIONS The aircraft manufacturing industry is turning to Inconel alloys during the build process for a durable, corrosion resistant, rust resistant and strength. Inconel is used in the aerospace industry during applications where intensely high temperatures can be present, such as in jet engines. Aerospace Alloys 06

  6. Inconel Alloys For Aerospace Applications 06 Strength and Lightweight Advantages of The Alloys The Best Choice Due to high oxidation resistance of the Inconel alloys, many of them have the potential to maintain the structural integrity in atmospheres of high temperature and is one of the basic reasons for its use in the aerospace industry. They reduce the total weight of the aircraft thereby supporting it to carry more weight or become fuel-efficient. Fasteners, blade retainers, locking bugs, and inserts is manufactured from the Inconel alloys. High strength when the pressure and temperature is extremely high. Creep resistance under conditions of high stress Low expansion at high temperatures Resistance to oxidation and corrosion

  7. Titanium Alloy Forgings Used for Aircraft Titanium alloy forgings are used for various parts of airframe structures and engines. Titanium alloy has a high compatibility with carbon fiber reinforced plastic (CFRP), which is used in large amounts in place of aluminum alloy to reduce airframe weight and thus to improve fuel economy. When joined with CFRP members, titanium alloy is less likely to cause galvanic corrosion and inhibits strain due to temperature change, since its coefficient of thermal expansion is similar to that of CFRP.

  8. 08 Aerospace Forgings Aerospace forgings are selected according to their properties, as forging methods affect strength and stress-corrosion resistance. AEROSPACE FORGINGS Machining methods and heat treating procedures are involved in the process of creating custom steel forgings, and also must be chosen according to the material. Expert forging of aerospace alloys will result in a steel of exceptional strength and heat tolerance.

  9. Aerospace Forging Companies 09 Forging allows custom shapes to be created from melted steel. When stock steel forms need to be transformed for a specific use, the aerospace industry turns to the experts in custom forging. Aerospace forging companies can turn high-tech materials into forged parts of superior strength and performance. AEROSPACE FORGING COMPANIES

  10. 02 Open Die Forged parts for Commercial/Industrial Aerospace include: Disks Flanges Flat bar Landing gear components Rotor/Propeller Parts Seamless rolled rings (bearings) Shafts OPEN DIE FORGED PARTS FOR COMMERCIAL/INDUSTRIAL AEROSPACE 02

  11. Thank You! The unique characteristics of aerospace materials require a forging company that understands how to handle it, including appropriate methods of machining, cutting and heat treating. MAILING ADDRESS PO Box 996, Brantford, Ontario, Canada, N3T 5S7 EMAIL ADDRESS sales@patriotforge.com PHONE NUMBER 1-866-381-0428

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