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# Rickard Metals

Specialty Metals & Engineering

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## Posts

- [AS9100](https://rickardmetals.com/as9100/) - ISO 9001 & DDTC Compliance in Aerospace Manufacturing Rickard Metals and Engineering provides technical metals engineering expertise on all high performance alloys for the aerospace, chemical processing, and any engineered Rickards environment requiring high quality and high performance metal applications.The basic international certification signifying that a company has an effective quality management system is ISO
- [Memorial Day](https://rickardmetals.com/memorial-day/) - Memorial Day On this Memorial Day Rickard Metals and Engineering salutes the soldiers, sailors, marines, and airmen and women for their service and sacrifice. Memorial Day is a special day for all those companies and organizations, engineers and scientists, administrators and office workers who provide the tools for those placing themselves in harm’s way.Whether it
- [Orion Launch Abort System](https://rickardmetals.com/orion-launch-abort-system/) - Orion Launch Abort System NASA is one of the many prestigious clients that have depended on Rickard Metals for the procurement of engineered and finished products. For example, we were contracted to provide 6AL-4V-Eli Titanium forgings for the fabrication of the crew evacuation system for NASA’s Ares Orion rocket. Often referred to as LAS (launch
- [Titanium Overview](https://rickardmetals.com/titanium-overview/) - Titanium Overview Titanium Overview: Titanium is an extremely useful material with excellent strength-to-weight ratio. The weight savings, strength, corrosion resistance make titanium a favorite of the aerospace industry, and petrochemical industries. Biological compatibility is of interest to the medical industry. The chemical industry is the largest user of titanium due to its excellent corrosion resistance.
- [Offshore Oil Extraction Equipment](https://rickardmetals.com/offshore-oil-extraction-equipment/) - Offshore Oil Extraction Equipment Rickard Metals’ projects can be found not only in space, but also in the deep, high-pressure regions of the world’s oceans. We have supplied 2,500 pound drill forgings produced from alloy steel for use in the petrochemical industry. The photos above depict the forgings in the “as forged” condition, rough turned
- [ISS Static Test Fixture](https://rickardmetals.com/iss-static-test-fixture/) - ISS Static Test Fixture As an experienced aerospace vendor, we not only provided titanium forgings for the LAS for the Orion capsule, but we also fabricated the static test fixture for the International Space Station Node 2, aka Harmony. The static testing of this module, which serves as the utility hub of the International Space
- [Naval High-Strength Pressure Vessels](https://rickardmetals.com/naval-high-strength-pressure-vessels/) - Naval High-Strength Pressure Vessels This complex fabrication made primarily of steel was developed for the US Navy. We are very familiar with government contracts and their stringent requirements. In addition to steels, we can supply titanium, aluminum, nickel-based superalloys and fracture critical alloys for specialized applicati All Articles
- [Boeing 787 Trailing Edge](https://rickardmetals.com/boeing-787-trailing-edge/) - Boeing 787 Trailing Edge The Boeing 787 is a wide-body jet airliner with a carrying capacity of 210 to 330 passengers. The Boeing 787 Dreamliner is widely known as the first airliner to be made primarily from composite materials, mainly carbon fiber reinforced plastic. However, a lesser known fact about the 787 is that it
- [Annealing Stainless Steel](https://rickardmetals.com/annealing-stainless-steel/) - Annealing Stainless Steel The main reason for annealing stainless steel is to reduce its hardness and make it more workable. However, the gains of durability, tensile strength, machine ability are positives that can be gained by employing the annealing. There are several basic annealing processes available for the fabricator. Quenching is the process of heating
- [The Benefits of Heat Treatment](https://rickardmetals.com/the-benefits-of-heat-treatment/) - The Benefits Heat Treatment The benefits of Heat Treatment are harder and more durable metal. Rickard Specialty Metals and Engineer offer the service of heat treatment. Heat Treatment is the heating cooling of the metal to change their physical and mechanical properties.The discovery of heat treatment made life more efficient. Being able to cut wood
- [Nitronic 50](https://rickardmetals.com/nitronic-50/) - Nitronic 50 Rickard Specialty Metals and Engineering created 2500-pound drop forge for a deepwater drill.Nitronic 50 alloy is ideal for deepwater GPS-guided drilling. Nitronic alloy has a low magnetic permeability due to its austenitic composition and is naturally wear and corrosion resistant. Nitronic 50 performs well under extreme conditions and is especially suitable for a
- [Rickard Specialty Metals and Engineering Non-destructive and Destructive Testing](https://rickardmetals.com/rickard-specialty-metals-and-engineering-non-destructive-and-destructive-testing/) - Rickard Specialty Metals and Engineering Non-destructive and Destructive Testing Rickard Specialty Metals and Engineering provides technical metals engineering expertise on all high performance alloys for the aerospace, chemical processing, and any engineered environment requiring high quality and high performance metal applications.Rickard Specialty Metals and Engineering provides destructive and non-destructive testing services: Chemical analysis of metal,
- [Metals for the Petrochemical Industry](https://rickardmetals.com/metals-for-the-petrochemical-industry/) - Metals for the Petrochemical Industry The demanding nature of the Petrochemical industry requires high-performance sheet metal alloys for processing plants, worksite infrastructure and materials transportation. Rickard Metals and Engineering provide the understanding and the engineering knowhow to the primary petrochemical industry, from the drilling platform to the process manufactures and the processors of petrochemical intermediates
- [Maraging is a combination of two processes](https://rickardmetals.com/maraging/) - Maraging is a combination of two processes Maraging is a combination of two processes, martensitic and aging. They are known for their super strength and hardness without losing malleability, although it cannot retain a sharp edge. Aging comes through heat treatment. Maraging steel is very hard form of steel crystalline structure, but it can also
- [Metals Engineering Expertise in Alloy Steel Forgings](https://rickardmetals.com/rickards-metals-provides-technical-metals-engineering-expertise/) - Metals Engineering Expertise in Alloy Steel Forgings Rickards Metals can offer expertise in Alloy Steel Forgings. Alloy steels encompass a wide range of iron-based metals that contain higher levels of chromium that do not exceed 3.99%. Metals that contain greater amounts of chromium are classified as stainless. Alloy steels vary in their alloying elements, which determine
- [Titanium Extrusion](https://rickardmetals.com/titanium-extrusion/) - Rickard Specialty Metals and Engineering Titanium Extrusions Titanium extrusions are used in a variety of applications in the aerospace industry from titanium engine pylons to titanium tracks for seats. The extrusion process brings a number of advantages over forging. Custom designed shapes, fine tolerances, less downstream machining, and less waste. Grade 5 Titanium bar or

## Pages

- [Home](https://rickardmetals.com/) - Where Quality Meets Expertise. Combining premium specialty metals with advanced engineering, we help you create solutions that stand the test of time. Request A Quote Learn More Innovative Engineering & Reliable Supply Chain From precision metals to tailored engineering support, we streamline your supply chain with excellence and efficiency. Request A Quote Learn More Superior
- [Alloy Steel](https://rickardmetals.com/alloy-steel/) - Steel Alloys Alloy steel is available in low-alloy or high-alloy groups and in a variety of grades, qualities, and consistencies. These steels are alloyed up to 50% by weight, most commonly with manganese, nickel, or chromium, for improved mechanical and chemical properties such as strength, toughness, and corrosion resistance. Popular alloy steels include maraging steel,
- [Aluminum Alloys](https://rickardmetals.com/aluminum-alloys/) - Aluminum Alloys Aluminum is a popular alloy known for its malleability, corrosion resistance, and conductivity. Its low density, natural strength, recyclability, and availability in various grades make it the preferred metal in industries such as automotive, aerospace, machinery, chemical equipment, and consumer appliances, including utensils and cookware. These properties ensure its versatility across a wide
- [Nickel Alloys](https://rickardmetals.com/nickel-alloys/) - Nickel Alloys Nickel alloys are known for their toughness, structural integrity, and durability. With excellent corrosion resistance and strength, particularly in high-temperature environments, they are commonly used in aerospace, chemical, and power industries. Their exceptional properties make them ideal for applications requiring extreme performance, ensuring reliability and longevity in challenging conditions. Years Of Industry Experience
- [Stainless Steel Alloys](https://rickardmetals.com/stainless-steel-alloys/) - Stainless Steel Alloys Stainless steel is one of the most widely used commercial alloys, prized for its strength, durability, and excellent corrosion resistance. Available in a broad range of grades, it is versatile enough for industrial machinery, valves, pipes, bolts, and even everyday consumer goods. Its reliability and easy availability make it a top choice
- [Titanium Alloys](https://rickardmetals.com/titanium-alloys/) - Titanium Alloy Titanium alloy is a lightweight, strong metal known for its exceptional corrosion and erosion resistance in extreme temperature conditions. Its high tensile strength, durability, and versatile chemical properties make it the preferred material for numerous high-performance applications such as aircraft, military, automotive, medical devices, and consumer electronics. This outstanding metal combines resilience with
- [Products](https://rickardmetals.com/products/) - Specialty Metal Products At Rickard Specialty Metals and Engineering we offer the highest quality metal products at competitive prices. With over 40 years of specialty metals supply and engineering experience, you can be assured that your custom specialty metal needs will be met with expert precision. In order to give you the best lead time
- [Contact](https://rickardmetals.com/contact/) - Contact Us! Contact us now for expert assistance. Have a question or need support? We’re here to help reach out! Contact Form DemoFirst NameLast NameEmailPhoneYour MessageSubmit Form Contact Information 13007 Los Nietos Dr, Santa Fe Springs, California 90670 (909) 947-4922 sales@rickardmetals.com Location
- [Projects](https://rickardmetals.com/projects/) - Setting the standard for excellence in every project. At Rickard Specialty Metals and Engineering, we take pride in our role as a trusted partner for high-stakes industries. From aerospace and defense to energy and advanced manufacturing, our engineered metal solutions have powered some of the most groundbreaking projects worldwide. Explore how our expertise and commitment
- [Services](https://rickardmetals.com/services/) - Alloy & Metal Services Rickard Specialty Metals and Engineering brings over 40 years of specialty metals expertise as a premier supplier and engineering partner to mission-critical industries worldwide. Our comprehensive capabilities span the entire metals value chain – from precision material selection and certified sourcing to advanced processing and just-in-time delivery. Years Of Industry Experience
- [EverCompare](https://rickardmetals.com/evercompare/) - [evercompare_table]
- [Articles](https://rickardmetals.com/articles/) - Articles Dive into the Rickard Metals Articles page for quick, engaging insights on engineered metal solutions powering aerospace, defense, energy, and beyond. Stay informed, inspired, and ahead with bite-sized reads on industry trends, innovations, and groundbreaking projects. Your shortcut to expertise starts here! Annealing Stainless Steel Read More April 3, 2025 AS9100 Read More June
- [Articles 2](https://rickardmetals.com/articles-2-2/) - Rickard Metal Articles Memorial Day • May 30, 2013 Memorial Day On this Memorial Day Rickard Metals and Engineering salutes the soldiers, sailors, marines, and airmen and women for their service and sacrifice. MemorialRead More » Titanium Extrusion • May 1, 2013 Rickard Specialty Metals and Engineering Titanium Extrusions Titanium extrusions are used in a
- [Services Old](https://rickardmetals.com/services-old/) - Services Alloy & Metal Services Rickard Metals has over 25 years of specialty metals supply & engineering experience serving the aerospace, military, nuclear, electronics, shipbuilding, chemical, oil, gas and high-tech industries. Our Alloy and Metals Services Include: Open Die Forgings Trepanning Services Seamless Rolled Rings Custom Machining Services Destructive Testing Services Custom Metal Cutting Services Non Destructive
- [Projects Old](https://rickardmetals.com/projects-old/) - Our Projects Projects These are some of the projects in which we have been proud to participate Orion Launch Abort SystemNASA is one of the many prestigious clients that have depended on Rickard Metals for the procurement of engineered and finished products. For example, we were contracted to provide 6AL-4V-Eli Titanium forgings for the fabrication
- [Home Old](https://rickardmetals.com/home-old/) - RICKARD SPECIALTY METALS SUPPLY & ENGINEERING Your source for superior quality materials, engineering services and supply chain management. Request a Quote ABOUT US. Founded in 1985, Rickard Specialty Metals is a small business located in Santa Fe Springs, CA. We are a specialty metals supply company and metals distributor, which specializes in custom made-to-order components
- [Contact Old](https://rickardmetals.com/contact-old/) - Request a Quote Looking for a specific alloy or service? We're happy to offer you a free quote. Fill out the form below to send us the details of your project. Please enable JavaScript in your browser to complete this form.Name *Email *Subject *Comment or Message *PhoneSend Message Contact Info Address8308 Sorensen AveSanta Fe Springs,California
- [About Old](https://rickardmetals.com/about/) - Who We Are? Our MissioN Click edit button to change this text. Lorem ipsum dolor sit amet, adipiscing elit. Click edit button to change this text. Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut elit tellus, luctus nec ullamcorper mattis, pulvinar dapibus leo. Extraordinary Experiences Click edit button to change this text. Lorem ipsum
- [Blogs](https://rickardmetals.com/blogs/)
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## Products

- [4330M Alloy Steel](https://rickardmetals.com/product/4330m-alloy-steel/) - 4330M steel (also known as 4330 modified steel) is a double melted modified form of 4330 steel with several property improvements. The addition of vanadium improves hardenability of the alloy, allowing it to be heat treated to higher strength levels. The alloy is primarily treated to the 1520-1650 N/mm2 range. Additionally, 4340m offers higher fatigue
- [2014 Aluminum Alloy](https://rickardmetals.com/product/2014-aluminum-alloy/) - Aluminum 2014 is a precipitation hardening alloy with fair corrosion resistance, high electrical conductivity, and good machinability. As one of the strongest aluminum alloys on the commercial market, 2014 Aluminum is heavily used in the manufacture of aircraft and truck parts, as well as in forging applications. 2014 alloy is primarily aluminum based, with copper
- [7149 Aluminum Alloy](https://rickardmetals.com/product/7149-aluminum-alloy/) - 7149 Aluminum is a heat treatable wrought alloy known for its flexibility, light weight, and durability. An excellent conductor of heat, Aluminum 7149 is also rust-free and corrosion resistant, making it an excellent metal for use in the aerospace industry. AL 7149 is mainly aluminum based, with zinc, copper and manganese being the other major
- [Ti-6AL-6V-2Sn Titanium Alloy](https://rickardmetals.com/product/ti-6al-6v-2sn-titanium-alloy/) - Titanium 6Al-6V-2Sn (also known as 6-6-2 Titanium) is an alpha-beta alloy with superior strength, solid corrosion resistance, and medium welding and fabrication ability which make it an excellent metal for rocket and aircraft casing and artillery parts. For improved ductility and strength, Ti 6-6-2 can be heat treated to desired attributes. Standard specifications for titanium
- [Ti-10V-2Fe-3AI Titanium Alloy](https://rickardmetals.com/product/ti-10v-2fe-3ai-titanium-alloy/) - Ti-10V-2Fe-3Al (also known as 10-2-3 Titanium) is a near-beta (β) titanium alloy, in which the combination of high strength and high toughness is superior to any other commercial titanium alloy. A wide range of strengths and corresponding toughness is achievable through appropriate selection of forging parameters and heat treatment. This alloy is used in applications
- [2024 Aluminum Alloy](https://rickardmetals.com/product/2024-aluminum-alloy/) - 2024 Aluminum is a high strength precipitation/age hardening alloy with excellent fatigue resistance and durability. Used typically in structural, aircraft, and truck component manufacture, as well as hardware applications, aluminum 2024 is one of the strongest metals available. Alloy 2024 is mainly aluminum based, with copper and manganese being the other major chemical properties. Standard
- [2219 Aluminum Alloy](https://rickardmetals.com/product/2219-aluminum-alloy/) - 2219 Aluminum is a precipitation/age hardening alloy with excellent strength and mechanical properties. This copper-containing alloy features extreme toughness and excellent stress corrosion resistance when treated making it an excellent metal for use in supersonic aircraft component manufacture and high temperature structural applications. AL 2219 is mainly aluminum based, with copper being the other major
- [2618 Aluminum Alloy](https://rickardmetals.com/product/2618-aluminum-alloy/) - Aluminum 2618 is a highly ductile alloy featuring exceptional strength and good corrosion resistance properties. Its highly machinable property makes aluminum 2618 materials an excellent metal for use in jet engines, structural and tubing applications, and auto sports. 2618 Aluminum is probably most known amongst auto enthusiasts who turn to the 2618 aluminum piston due
- [5083 Aluminum Alloy](https://rickardmetals.com/product/5083-aluminum-alloy/) - Aluminum 5083 is a non-heat treatable alloy known for its resistance to extreme environments, including seawater corrosion and industrial chemicals. While featuring limited machinability due to its exceptional strength, AL 5083 is the material of choice for marine and aquatic applications, and is typically used in shipbuilding. Other uses for this alloy include transportation applications
- [7049 Aluminum Alloy](https://rickardmetals.com/product/7049-aluminum-alloy/) - 7049 aluminum (also known as UNS A97049) is primarily used as a forging alloy in the aerospace industry. Due to its excellent resistance to stress corrosion cracking, this alloy is often used in structural forgings. Forging should be done using hot forging/forming at temperatures between 720 F and 820 F. 7049 Aluminum is primarily aluminum
- [7050 Aluminum Alloy](https://rickardmetals.com/product/7050-aluminum-alloy/) - Aluminum 7050 is a heat treatable alloy displaying high toughness and mechanical strength. Combined with its excellent strength and stress corrosion cracking resistance, the durability and toughness of AL 7050 make it the preeminent metal of choice for use in the aerospace industry. Additional uses include structural applications and marine components. 7050 Aluminum is mainly
- [Lapelloy](https://rickardmetals.com/product/lapelloy/) - Lapelloy “C” is a high-temperature martensitic steel that is both exceptionally heat and corrosion resistant. Typical uses for Lapelloy include turbine and aircraft components, medical instruments, and cutlery. Lapelloy is mainly Chromium based, with molybdenum and manganese being the other major chemical properties. Standard specification for Lapelloy C is SAE J 467. At Rickard Specialty
- [AerMet 100](https://rickardmetals.com/product/aermet-100/) - AerMet 100 alloy steel (also known as AM 100) is an iron, cobalt and nickel enriched martensitic steel featuring ultra-high strength, exceptional hardness, ductility, and toughness properties. With its superior stress corrosion cracking and fracture resistance, AerMet 100 is an ideal alloy for use in armor, structural, aerospace, and fastening applications. Standard specifications include AMS
- [300M Alloy Steel](https://rickardmetals.com/product/300m-alloy-steel/) - 300M alloy steel is a vacuum melted low alloy of superior strength and hardenability, with good ductility, toughness, and wear-resistance characteristics. Used in heavy-duty applications requiring toughness and durability, 300M material is most popular in aerospace and industrial spaces including aircraft landing gear, high-strength bolting, and structural engineering. 300M steel is in practicality a form
- [4130 Alloy Steel](https://rickardmetals.com/product/4130-alloy-steel/) - 4130 Steel (also known as AISI 4130 & SAE 4130) is a chromium molybdenum low-alloy steel with considerably higher strength & toughness than the typical steel grade. Additionally, the reduced carbon level of this alloy, while limiting thickness strength, provides improved weldability over its 4140 steel counterpart. These attributes have made AISI 4130 a popular
- [4330 Alloy Steel](https://rickardmetals.com/product/4330-alloy-steel/) - 4330 steel (also known as AISI 4330 steel) is a hardened iron and nickel based alloy with high strength, hardness, toughness and tensile properties. Popular in the oil, gas, and mining industries, 4330 features solid formability and machinability with terrific cold working characteristics. Other applications for 4330 include aircraft and power transmission components, machinery, and
- [4340 Alloy Steel](https://rickardmetals.com/product/4340-alloy-steel/) - 4340 alloy steel (also known as AISI 4340) is a low alloy steel with high toughness in an annealed state. 4340 alloy steel is characterized by its outstanding ductility, formability, and weldability rendering it an excellent metal for a variety of structural applications and components including power transmission gears and shafts, aircraft parts, and machinery.
- [9310 Alloy Steel](https://rickardmetals.com/product/9310-alloy-steel/) - 9310 alloy steel (also known as AISI 9310 steel) is a low alloy carburizing steel based primarily in nickel and chromium and known for its hardenability and strength. 9310 also possesses solid ductility, weldability, and machinability properties, and is an excellent metal for use in heavy-duty machinery, case hardened components, and gears. Equivalent materials for
- [C250 Alloy Steel](https://rickardmetals.com/product/c250-alloy-steel/) - Maraging C250 steel is a double vacuum melted cobalt and nickel enriched maraging steel alloy featuring exceptionally high strength and toughness properties. Coupled with its fantastic weldability and competitive corrosion resistance, C250 steel is the alloy of choice for use in artillery and missile casings, jet and aircraft engine shafts, and ejector systems. Standard specifications
- [C300 Maraging Steel](https://rickardmetals.com/product/c300-maraging-steel/) - C300 Maraging Steel, also known as Type 300, is a slow cool, age hardening (maraging) steel. This type of precipitation hardening creates the exceptional strength and toughness that C300 is known for. As a result of these attributes and it’s crack resistance propagation, Maraging is often used for tooling, missile casings, and aircraft landing gear.
- [Nickel 200](https://rickardmetals.com/product/nickel-200/) - Nickel 200 (also known as UNS N02200) is a commercially pure wrought nickel (99.6%) with impressive mechanical properties and excellent corrosion resistance over a variety of temperatures including alkalis (i.e sodium hydroxide). As a result, it is generally used in parts and structures that require corrosion-resistant material. Additionally, 200 nickel has good electrical, thermal and magneto-strictive properties, making it
- [Nickel 201](https://rickardmetals.com/product/nickel-201/) - Nickel 201 (also known as UNS N02201) is a commercially pure wrought nickel (typically 99.6% Nickel) with excellent mechanical properties and corrosion resistance. It is similar to to Nickel 200, however, containing a lower Carbon content, which help to prevent embrittlement at high temperatures and lowers hardness. It is thus highly suitable for spinning and cold forming. Typical applications
- [Inconel 625](https://rickardmetals.com/product/inconel-625/) - Rickard Specialty Metals is a seasoned Inconel 625 supplier with 30 years of experience. We provide a wide selection of forgings, bars (flat and round), rings, and other product forms. Inco 625 (UNS N06625) is a nickel-based superalloy that exhibits excellent oxidation and corrosion resistance. It also possesses high strength and fatigue properties in a
- [Inconel 718](https://rickardmetals.com/product/inconel-718/) - Inconel 718 (UNS N07718) is the most widely used superalloy, accounting for approximately one-third of all superalloy production. IN718 has excellent strength, ductility, and toughness throughout the range -423 to 1300F. A major attribute of Inconel 718 is its processing versatility. It can be fabricated over a wide range of temperatures, forging reductions, and strain
- [Inconel X750](https://rickardmetals.com/product/inconel-x750/) - Inconel X750 (also known as UNS N07750) is a nickel-chromium alloy, blended with aluminum and titanium to make it precipitation-hardenable. It is corrosion and oxidation resistant and has good mechanical properties at elevated temperatures up to 700°C (1290°F), including high tensile and creep-rupture strength. Additionally, in the solution and precipitation heat treated condition Inco X750
- [Hastelloy X](https://rickardmetals.com/product/hastelloy-x/) - Hastelloy X (also known as Hast X and Alloy X) is a nickel-based superalloy known for its remarkable heat, corrosion, and oxidation resistance. Because of its superior high-temperature strength and fabrication abilities, Hast X is the go-to metal for highly combustive applications and components including industrial furnaces and flame holders, chemical processing, and gas turbine
- [Multimet N155](https://rickardmetals.com/product/multimet-n155/) - Multimet N155 (UNS R30155) is a nickel-based alloy used predominantly in applications requiring strength, high temperature, and oxidation resistance. Multimet N155 can be treated to exponentially improve its temperature resistance and make it the perfect metal for tail pipes and cones, nozzles, and both turbine and afterburner components. Multimet N155 is composed primarily of Nickel
- [Grade 4 Unalloyed Titanium](https://rickardmetals.com/product/grade-4-unalloyed-titanium/) - Grade 4 titanium (also known as CP Ti grade 4) is a commercially pure (CP) “unalloyed” titanium with excellent corrosion resistance, formability and weldability characteristics. Additionally Ti grade 4 offers the greatest strength of all commercially pure titanium materials. As a result, grade 4 titanium is often used for airframe & aircraft components for the
- [Ti-6AL-4V Titanium Alloy](https://rickardmetals.com/product/ti-6al-4v-titanium-alloy/) - Ti-6Al-4V titanium alloy (also known as Titanium 6-4 and Grade 5 titanium) is the most commonly used alpha-beta alloy due to an outstanding strength to weight ratio, ability to withstand extreme temperatures, excellent corrosion resistance, and impressive welding and fabrication ability. This makes Ti 6-4 extremely versatile in a number of markets and application including
- [Ti-6AL-2Sn-4Zr-2Mo Titanium Alloy](https://rickardmetals.com/product/ti-6al-2sn-4zr-2mo-titanium-alloy/) - Titanium 6Al-2Sn-4Zr-2Mo grade (also known as Ti 6-2-4-2) is a near alpha alloy known for its exceptional creep resistance, strength, and sturdiness, and is often used in a duplex annealed state. Due to its heat resistant nature and durability, 6-2-4-2 titanium materials are most commonly used in the engineering of aircraft and turbine engines (discs,
- [13-8 Stainless Steel](https://rickardmetals.com/product/13-8-stainless-steel/) - 13-8 stainless steel (13-8 SS) is a martensitic stainless steel featuring excellent toughness, high strength, and solid resistance to stress corrosion cracking. As a precipitation and age hardening metal, 13-8 stainless can be treated to superior levels of strength and is an excellent option for many applications including aircraft, petrochemical and nuclear components and injection
- [15-5 Stainless Steel](https://rickardmetals.com/product/15-5-stainless-steel/) - 15-5 precipitation hardening stainless steel is a martensitic stainless steel with high levels of nickel, copper, and chromium. 15-5 steel features solid strength, toughness, and ductility, with hardness capability and excellent stress corrosion cracking resistance, making it a great option for use in high pressure corrosive environments. 15-5 stainless steel materials are commonly used in
- [17-4 Stainless Steel](https://rickardmetals.com/product/17-4-stainless-steel/) - 17-4 stainless steel (also known as type 630) is a martensitic stainless steel with high strength and hardness achieved through low-temperature treatment. As a precipitation/age hardening steel, 17-4 stainless can be tempered for increased ductility and toughness, which coupled with its superior oxidation resistance make it an excellent option for use in chemical processing equipment.
- [A286 Stainless Steel](https://rickardmetals.com/product/a286-stainless-steel/) - A286 stainless steel is an iron-based superalloy with high strength and excellent fabrication and welding characteristics, as well as solid corrosion and oxidation resistance. A286 material offers high ductility and can be hardened and strengthened with heat treatment making it useful in a variety of applications including aircraft parts, industrial gas turbines and the automotive
- [Custom 465 Stainless Steel](https://rickardmetals.com/product/custom-465-stainless-steel/) - Custom 465® (also known as Alloy 465 and 465 SS) is a double vacuum melted martensitic stainless steel with ultimate tensile strength and an impressive combination of superior toughness and stress corrosion cracking resistance. Its vast strength and durability properties make Custom 465 a versatile alloy used in a variety of applications including aerospace and
- [4047 Aluminum Alloy](https://rickardmetals.com/product/4047-aluminum-alloy/) - 4047 aluminum (also known as alloy 4047 and AL4047) is an aluminum silicon brazing or filler alloy with good corrosion resistance. The main difference between alloy 4047 and it’s AL4043 counterpart is its higher silicon content. With 11-13% silicon, AL 4047 is generally used when high fluidity and reduced shrinkage and hot cracking is needed
- [6061 Aluminum Alloy](https://rickardmetals.com/product/6061-aluminum-alloy/) - Aluminum 6061 is a precipitation hardening alloy exhibiting good mechanical and welding characteristics. Often used in aircraft construction, automotive components and bridge engineering, alloy 6061 is one the most popular aluminums due to its high strength, toughness, and excellent corrosion resistance. Because of its superb surface finish and availability, AL 6061 is also commonly used
- [7075 Aluminum Alloy](https://rickardmetals.com/product/7075-aluminum-alloy/) - Aluminum 7075 is a zinc, copper, and magnesium containing alloy capable of superior strength and stress corrosion cracking resistance. AL 7075 is an excellent material for use in highly stressed structural applications and is popular in the aerospace, military, and defense spaces. This alloy is also used for many consumer products including keys and bicycle
- [7175 Aluminum Alloy](https://rickardmetals.com/product/7175-aluminum-alloy/) - 7175 Aluminum is a heat treatable forging alloy featuring superior strength and toughness. Combined with its ability to resist stress corrosion cracking and limited weldability, 7175 aluminum is a textbook metal for use in structural applications and fittings including bolts and rivets. AL 7175 is mainly aluminum based, with copper and manganese being the other
- [Ti-6AL-4V ELI Titanium Alloy](https://rickardmetals.com/product/ti-6al-4v-eli-titanium-alloy/) - Ti-6Al-4V ELI Titanium alloy (also known as Ti 6-4 ELI and Grade 23) is the extra low interstitial variant of Ti 6AL-4V, allowing it for common use in the biomedical space. The combination of low weight, durability, and corrosion resistance make 6Al-4V ELI the perfect metal for medical devices and implants. Ti 6Al-4V ELI is

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- [High performance alloys](https://rickardmetals.com/category/high-performance-alloys/)
- [stainless steel](https://rickardmetals.com/category/stainless-steel/)
- [metals](https://rickardmetals.com/category/metals/)
- [super alloys](https://rickardmetals.com/category/super-alloys/)
- [titanium billet](https://rickardmetals.com/category/titanium-billet/)

## Product categories

- [Steel Alloys](https://rickardmetals.com/product-category/steel-alloys/)
- [Nickel Alloys](https://rickardmetals.com/product-category/nickel-alloys/)
- [Titanium Alloys](https://rickardmetals.com/product-category/titanium-alloys/)
- [Stainless Steel](https://rickardmetals.com/product-category/stainless-steel/)
- [Aluminum Alloys](https://rickardmetals.com/product-category/aluminum-alloys/)