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We are leaders in the market for providing best range of Carbon Steel For Aviation, Copper, Brass for Aviation, Bronze for Aviation and Copper Aviation

Carbon Steel For Aviation

Carbon steel is a type of metal that consist of a combination of iron and carbon. The percentage of carbon added to the mix depends on the purpose for which it is being manufactured. There are multiples uses for carbon steel. Almost everything from wires to fences uses carbon steel as a basic ingredient in production. Carbon steel has also been a key element in the aviation industry. Carbon steel is known for its hardness which makes it ideal for the construction of airplane parts. While it may be much heavier than aluminum, it is strong and less likely to deform or bend under force and heat. Airplanes must be built to withstand all of the elements of nature and carbon steel is on the forefront as a line of defense against the deterioration of aircraft parts. It is used specifically for certain components of an aircraft like the landing gear where hardness, durability, and strength are very important. The average commercial airliners weigh around 75 tons, while the bigger jets weight about 450 tons. It is important that the landing gear can withstand the immense pressure of takeoff and landing. Carbon steel is the go-to metal for landing gear because of its ability to withstand high pressure without wrapping or becoming deformed. Carbon steel has also been used as the skin of some high-speed airplanes. Supersonic jets use carbon steel because of its resistance to heat. As aircrafts approach supersonic speeds at over 900 miles per hour, the friction in the air causes the exterior of the aircraft to heat up. This is a similar effect to what happens when an aircraft from outer space makes reentry into the earth’s atmosphere. Aircraft engineers used carbon steel as the skin on supersonic jets as an added protective layer. It’s heat resistanttemperature controlling feature make it ideal for supersonic flights. Military jets as well as spacecrafts are build with carbon steel for this reason. As the aviation industry continues to build bigger and better aircrafts, carbon steel will continue to be a major component. At Avion Alloys, we understand the importance of having a secure and reliable source of quality materials. With ware houses all around the country, we have positioned ourselves to meet the demands of the industry. For all your specialized metal needs, contact us today and request a free quote.

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Copper

Copper is a versatile metal used in multiple industries. Because it is recyclable, it is an invaluable part of sustainable energy technology such as solar panels and wind turbines. Usually paired with other metals to create alloys, its applications are almost endless. Uses of Copper Copper has many valuable factors that make it an irreplaceable metal. Copper’s conductivity, malleability, elasticity, and strength are its most important qualities. Conductivity – Because electrons in a copper atom can flow freely, they can carry an electric current much easier. Malleability – Copper can be molded and stretched into intricate structures and surfaces without breaking. Elasticity – After being formed and stretched, copper can revert back into its original form easily. Strength – Copper is strong enough to be molded and stretched and turned into copper wire, but it’s also strong enough to withstand the process without fracturing. Copper is very heavy, making it unsuitable for structures of aircrafts. Lighter metals such as aluminum are frequently used instead. Copper can be found in the electrical systems of smart phones, generators, and complex parts used for data transfer. In addition to being highly conductible, copper is also non-magnetic which makes it not interfere with any of the electrical equipment. Copper is one of the most abundant elements found on Earth. With reliability and a wide variety of uses, its presence in the aviation, construction, and even digital technology industries is prominent. Copper will also be useful in the future because it can be recycled. Around half of all copper that’s recycled can be considered scrap. Whether it was used for old pipes, parts of an old vehicle, or discarded electrical cables, it can be made into new grade A copper. With recyclability at the forefront of sustainable energy, copper will continue to be utilized in new ways. At Avion Alloys, we take pride in quality assurance and handle our materials properly. Although copper can be recycled easily, it’s still important to maintain it correctly or it could lose some of its properties. We strive to supply customers with top-grade materials. To receive a free quote for copper or any of our copper-based alloys,

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Brass for Aviation

The metal alloy brass is made from zinc and copper. Brass is one of the more popular alloys for a multitude of reasons, one of the most obvious being its aesthetic allure. Brass has a “gold-like” look which is why it is most used in a decorative manner including clocks, watches, statues, tiling, and much more. This noticeable shine has made brass a popular alloy amongst contractors. It’s acoustic and low friction value makes it the perfect candidate for making instruments such as trumpets and horns, but one of the most important uses of brass has very little to do with what meets the eye. Brass is also germicidal, meaning that any microorganism that comes in contact with this alloy is killed immediately. Along with copper and zinc, brass contains tiny amounts of lead, aluminum, nickel, tin, phosphorous, magnesium, iron, and manganese. It becomes highly ductile when zinc content levels rise to 35 percent and increasingly stronger the more zinc levels increase. While high levels of zinc improve strength, high levels of copper allows brass to become increasingly electrically conductive. Sheets from brass suppliers generally tend to have noticeably higher levels of copper than zinc. This is what makes brass such a versatile alloy. Generic Brass Uses Brass has long been used in a variety of manners as a result of its low melting point, ability to cast easily, and corrosion-resistant properties when aluminum is present. Brass continues to be used in: Electrical connectors Ammunition Architecture Hinges Plumbing Brass is easily malleable making it easy for suppliers to bend and cast it in whatever way that best fits the customer’s needs.Brass for Aviation Brass has specific qualities which have been long recognized by the aviation industry. The term “muntz metal” is used whenever copper is at 60 percent and zinc is at 40 percent. This combination makes brass increasingly corrosion-resistant and can be made even stronger through heat treatment. Saltwater, which has the ability to corrode the toughest alloys, has a very minute effect on brass when copper levels are high. Brass is most used as bolts and nuts in the aviation industry and can be also used as casing for electrical components. Avion Alloys is a NASA approved vendor that is globally recognized as a lead distributor for brass alongside many other alloys. With various locations across the U.S., we offer both domestic and international shipping of all of our alloys that can be casted specifically for your intended use. Give us a call at (800) 408-2329 or contact us via our online form to learn more about our services or request a quote.

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Bronze for Aviation

Bronze is a copper alloy with multiple variations in its composition for different uses. Bronze is often used in the product of architectural pieces, furniture hardware, trims and railing, and door and window frames. When necessary, It can also be protected with a mild coating which can make it resistant to weak acids. Bronze is usually combined with other metals and is used when a metal stronger than copper is necessary. Bronze For Aviation Factors such as strength, conductivity, malleability, and elasticity are all considered before a metal is chosen for a project in the aviation industry. Pure copper is valued more than bronze because of how it ranks in such factors, along with being recyclable. Bronze can be used in the pistons and rotors in the engine of an aircraft. It has very low friction properties making it ideal for the fast moving components of an engine such as bearings and pump parts. It is often used in fuel and oil line fittings to allow fuel and oil to move freely without rusting. By itself, bronze isn’t used much in an aircraft because of its problems like having poor resistance, but variations of bronze can provide a multitude of uses. Aluminum bronze is used for diaphragms, gears, and pumps. Aluminum bronze is also useful in areas that are frequently exposed to saltwater or corrosive gasses because it isn’t easily corroded. Manganese bronze is used in landing gear and brackets. Bronze can be combined with other metals to create alloys for a variety of situations. Aluminum bronze – Used in pumps and gears Manganese bronze – Can be molded into a rod form and used in landing gear High leaded tin bronze – Used in engine castings Bronze is used in many different aspects of an aircraft. By combining bronze with different metals the properties of the new alloys create more opportunities for bronze to be utilized effectively. Our goal at Avion Alloys is to supply our customers with high-grade materials that are above industry standards. To receive a free quote for our bronze or bronze-based alloys

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Copper Aviation

Copper is one of the most versatile pure metals. Evidence of copper dates back to 8700 BC but commercial production wasn’t underway until the 20th century. Being a pure metal, copper is usually paired with another metal to create alloys but it is also used by itself in aviation. Because it is easily molded and stretched, copper is often used in the construction of buildings and industrial machinery. Copper is also invaluable in aviation because of its high conductivity and corrosion resistance making it a highly sought after material. Why Copper? The aviation industry has a certain criteria that a metal needs to meet before it is used. This includes factors such as strength, conductivity, malleability, and elasticity. Strength – Copper has enough strength to be molded but it also tough enough to not break. Conductivity – The electrons in a copper atom can flow very freely allowing them to carry the electric current. Malleability – Copper can be formed and stretched into into complex structures and surfaces without breaking. Elasticity – After being formed and stretched, copper can go back into its original form without much issue. Another factor that needs to be considered is weight. Copper is heavy and because an aircraft needs to be as light as possible, copper is not used in the structure of an aircraft like aluminum. Instead, it is mainly used in electrical components. In the form of copper wire, it is optimal for the complex electrical systems of an aircraft like generators and parts used for data transfer. Copper is also non-magnetic which adds to its practical electrical use because it won’t damage or interfere with any of the equipment. Copper alone is an important resource that has a permanent stay in the aviation industry. Copper is a common choice in aviation because it is easily malleable, highly conductible, and resistant to corrosion. Its reliability and multitude of uses makes it one of the most important metals in the aviation industry. At Avion Alloys, we understand the importance of copper and we strive to supply our customers with top-grade materials that are consistently above industry standards. If you would like to receive a free quote for any of our copper or copper-based alloys,

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Perforated Sheets Aviation

Metals can molded into shapes and wires; they can also be punctured to allow them to adhere to the structures they are being used to create. This puncturing process is called perforation. Perforation allows the metals to be used after being molded and correspond to custom designs. Through perforation, staggered holes are made in the sheets of metal; these holes can be shaped and measured according to the specifications of whatever is being built. The holes allow the metal to be screwed, drilled, and nailed. Without perforation, many structures and vehicles wouldn’t be possible, making perforated sheets the forefront of the architectural industry. Perforated Sheets for Aviation Stainless steel, aluminum, titanium, copper, and brass are regularly available for perforation. In aviation, perforated sheets are used in constructing parts such as: Runways Doors Ceilings AC vents Interior lining Small holes can be used when building the more intricate parts of an aircraft while larger holes can be used in the general construction of the plane. These sheets aren’t limited to the production of the outside structure of an aircraft. They can also be used as an interior element. A few ways perforated sheets are used in the interior of an aircraft are: Screens – Different sized holes can be custom made to fit each screen to make it secure Filters – The holes can be made to regulate airflow or climate Shields – Holes can be large or small depending on what needs to be shielded. They can be used to monitor and control liquid, lights, heat, and sound waves. Perforated sheets can be applied to a plethora of blueprints and frameworks in aviation. Perforated sheets are valued for their vast number of applications. Whether used structurally or internally, they have proven to be an invaluable asset in aviation. As new technology and structural advantages are being found, they continue to be utilized in new ways. At Avion Alloys, we recognize the importance of having a reliable and secure source of materials. For a free quote on perforated sheets or any other materials that we have available

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Titanium Aviation

Known for its high strength and low density, titanium is one of the most expensive metals that is commercially used today.Examples of titanium usage include NASA’s International Space Station and the Boeing 737 Dreamliner which is made up of 15 percent titanium materials. Titanium has the highest weight-to-strength ratio of any metal making it useful for a multitude of industries that require parts with immense strength. Titanium is as strong as steel but is also 45-50 percent lighter. Titanium for Aviation In aviation, titanium is very heat resistant so it is used in the construction of fighter jets and their engines. In commercial aircrafts, titanium isn’t used as much as other metals like aluminum because of how expensive it is to manufacture. In parts that reach high temperatures, titanium is combined with other metals to create alloys that are easily molded and can still handle intense conditions. Titanium’s strength, low conductivity, and non-magnetic properties makes it a viable metal for many aircrafts. Uses of titanium include: Fuselage skins Engine shrouds Firewalls Air Ducts Engines in turbine aircraft Rotors Hydraulic systems Because titanium has to reach a temperature of 3000 degrees fahrenheit, it’s hard to manufacture and is more expensive than most other metals but it can be applied in many aspects of an aircraft and is considered an invaluable metal for aviation. Titanium is used in aviation and other fields because of its unique combination of heat tolerance, strength, and corrosion resistance. Having the highest weight-to-strength ratio of any metal makes it a consistent staple in the aviation industry. Due to titanium’s inherent value, you want to ensure you purchase the metal from a high quality source. At Avion Alloys, we pride ourselves on having materials that are above industry standards. Browse through our products or give us a call at (866) 610-1660 to get a free quote.

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Pressure Vessel Steel

Avion Alloys is a marine vessel steel distributor has provided shipbuilders nationwide with material to build oil tankers, naval warships, cruise ships, submarines, offshore supply boats, hovercraft and a variety of other important sea going vessels. All of Avion’s materials is supplied to both Military and Commercial specifications. Our highly computerized delivery system insures prompt shipment of your order and deliveries are always on time to meet your production schedule. All of our Marine and Pressure Vessel products are available in plate, tubing, sheets, bars, channels, angles, and custom sized cut to order. Marine & ABS Steels: ABS Grade A AH 36 DH 36 EH 36 HY-80 HY-100 Grade 50 ASTM A 131 MIL-S-22698 MIL-S-16216K ASTM A 537 ASTM A 633

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AIRCRAFT GRADE PLASTIC

Markrolon GP Polycarbonate ABS Acrylic Plastics Flexible Tubing Nylon Phenolic Polycarbonate Polyethylene Styrene Teflon

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WELD TEST CAUPONS

Avion Alloys has been supplying Weld Test Coupons to Defense and Aerospace companies around the world. We stock standard size coupons or we can furnish coupons to your custom size requirements. Coupons are available in literally every type of alloy including aluminum, nickel grades, alloy steels, high temperature metals, stainless steels and alloy steels. All coupons are fully certified by the United States mills to all applicable specifications. Avion Alloys stocks, sheet, plate, pipe, and tube coupons. Keep us in mind on your weld test coupons requirement.

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Custom Castings

At Avion Alloys no Casting order is too small. We are custom castings vendors equipped to process orders of all sizes and provide a quick turnaround. For many years, Avion Alloys has had the shortest lead times ever for castings made to your specific requirements. We have been serving a variety of industries including Military, Oil Refining, Power Generation, Valve, Centrifuge, Aerospace and many others. Our constant improvement in quality and machinery keeps Avion ahead of the competition and in the forefront of technological advances in the Casting industry. Castings are produced to AMS and Military specifications. Avion can produce Castings in the following alloys: Alloy Steel Aluminum Stainless Steel High Temperature Alloys Bronze Copper Titanium Carbon Steels

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MEDICAL METALS

Avion Alloys understands that the lifespan of the typical American is constantly increasing. As a result, the pharmaceutical, medical instrument and surgical implant industries are growth sectors with constantly changing technology and metal alloy requirements. Using innovative management technology to ensure that we always are prepared to meet the needs of the medical industry, Avion Alloys is a medical metals supplier that has insured the right alloys are always on hand and ready to ship. We supply a variety of fully certified medical alloys in Stainless Steel, Titanium, Cobalt, and Nickel based grades to our medical equipment customers. Following are a sample of the specifications and alloys our medical grade material is available in: ASTM F-1058 ASTM F-1537 ASTM R-138 316LVM ASTM F-136 MP 35N L-605 T-455 TITANIUM 304VM 304LVM SURGICAL WIRE BARS HYPODERMIC TUBING SHEETS PLATES

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AIRCRAFT EXTRUCTIONS

  • Series AND, BAC, LS, TMS, NSA, LN

Avion Alloys inc. has grown to be one of the largest aluminum extrusions suppliers to the worlds airframe manufactures. Our inventory includes over 30, 000 standard and non-standard shapes to both United States and European specifications. Our extrusions are produced by such mills as Alcoa, International Light Metals, Pimalco, Alcan, Pechiney, VAW and others. We can instantly cross reference your part number, ship any non standard extrusion and custom manufacture any aircraft extrusion you require from one foot to 1000 or more feet. We will manufacture and ship custom extrusions within 7 days of receipt of your order! Avion Alloys is an aluminum extrusion supplier with stock that meets the below company specifications: Alcoa Aeritalia S.P.A Aermacchi S.P.A Aerospatiale Beach Aircraft Corp. Bell Helicopter Textron The Boeing Company Boeing Vertol Co British Aerospace Canadair Limited Cessna Aircraft Company Commander Aircraft Construcciones Aeronauticas, S.A DeHavilland Aircraft of Canada, LTD Douglas Aircraft Co. Embraer Emerson Electric Company Fairchild Industries, Inc. Fairchild Republic Company Fokker B.V. Gates Learjet Corporation General Dynamics Goodyear Aerospace Corporation Grumman Aerospace Corporation Hughes Aircraft Co. International Aircraft Standards (LN Series International Light metals Kaiser Aluminum Kaman Aerospace Litton Industries Lockheed Aircraft Corp Lockheed Missile & Space Co. Inc. Martin Marietta Aerospace McDonnell Douglas Corp. McDonnel Douglas Helicopter Co. National Aircraft Standards Northrop Corporation Ordinance Corp. Pimalco Pioneer Aluminum, Inc Reynolds Aluminum Rockwell International Rohr Industries, Inc Saab-Scania Short Brothers, Ltd. Sikorsky Aircraft Teledyne Ryan Aeronautical Vought Corporation, an LTV Company &

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air craft parts

Continually focusing on the customer, your team at Avion Alloys makes it easy to do business with us. We are a proven professional aircraft parts distributor that will help you with every aspect of ordering, packaging, documentation, shipping and delivery to your facility or freight forwarder. Our loyal customer base is testimony to Avion’s ability to service component manufacturer’s, distributors and sales agents on a world wide basis. We are fully equipped to handle AOG orders on an immediate basis-24 hours a day seven days a week. MILITARY-COMMERCIAL-AIRCRAFT AND ROTARY SPECIALISTS ENGINE AND AIRFRAME PARTS-COMPONENTS-FASTENERS-AVIONICS-FABRICS- FASTENERS-TUBING-CONNECTORS.

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COPPER BRASS BRONZE

Brass is an alloy comprised of copper and zinc, and its properties can be modified to create different types of brass. Lead is commonly added to the composition of brass, which improves its machinability. Brass can be formed into different shapes with facilitation, and is used for products such as piping and tubing, radiators, musical instruments, firearm cartridge castings, and architectural features. It is also salt water corrosion resistant. Copper is a metallic element that has been used for many years and is known for its high conductivity for heat and electricity. Copper shares many properties with silver and gold, and is used in many similar applications. Common applications of copper and copper alloys include the making of coins, gun metals, wires, industrial machines, and electrical motors. Copper is continually in demand due to its many uses and valuable properties.Description Specification C11000 ETP COPPER AMS 4500, ASTM-B-152 C17200 BERYLLIUM COPPER AMS 4530, AMS 4533, AMS 4534, AMS 4650, AMS 4651 AMS 4535, QQC-530, ASTM-B-196 C2200 BRASS ASTM-B-36 C2300 BRASS ASTM-B-36 C26000 BRASS AMS 4505, AMS 4507, WWT-791 C36000 BRASS AMS 4610 C46400 NAVAL BRASS AMS 4611, AMS 4612, ASTM-B-21 C51000 PHOSPHOR BRONZE AMS 4510, ASTM-B-139, QQB-510 C63000 ALUMINUM BRONZE AMS 4640, AMS 4590, QQC-465, ASTM-B-150 C63020 NICKEL ALUMINUM BRONZE AMS 4590 C64200 ALUMINUM BRONZE AMS 4631, AMS 4633, AMS 4634, ASTM-B-124, ASTM-B-150, QQC-465 C65620 SILICON BRONZE AMS 4616 C70600 COPPER NICKEL ASTM-B-151, ASTM-B-171 C71500 COPPER NICKEL MIL-C-15726M ASTM-B-171 C86300 MAGANESE BRONZE AMS 4862, ASTM-B-505, ASTM-B-271 C93200 BEARING BRONZE ASTM-B-505, ASTM-B-271 C93700 HIGH LEADED TIN BRONZE AMS 4842, ASTM-B-505, ASTM-B-271 C95400 ALUMINUM BRONZE AMS 4871, AMS 4873, ASTM-B-505, ASTM-B-271 C95510 NICKEL ALUMINUM BRONZE AMS 4880 C95520 NICKEL ALUMINUM BRONZE AMS 4881 SAE 841 SINTERED BRONZE ASTM-B-438

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LAMINATED SHIM STOCK

  • Metal Alloy
  • Aluminum MIL-DTL-224

Laminated material is produced by surface bonding individual layers of .002 or .003” precision metal foil into sheets whose total thickness can range from .006 to a required thickness. Fabricated widths are from 8” to 24” wide and 48” long. Because Avion Alloys is a laminated product distributor with an extensive inventory in stock, immediate shipment of your requirement may be possible. All material is fully certified.

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