7 10, 2024

How Taber Does That: Aluminum Extrusion Innovation and Technology

2024-10-30T20:57:37+00:00October 7th, 2024|

Taber Extrusions logo below the title of the article showcasing aluminum extrusion innovation and technology with stacked aluminum billets in the background.

Aluminum extrusion innovation and technology are driving advancements in industries like aerospace, defense, and infrastructure. Taber Extrusions leads the way, using cutting-edge machinery like the Haas VF12 CNC and friction stir welding to produce high-quality extrusion billets, micro-extrusions, and custom profiles.

With a commitment to sustainability and efficiency, Taber continues to innovate, offering superior aluminum solutions. This blog highlights their technological journey, including the upcoming SMS Press set for 2026.

Timeline of Technological Advancements

Taber Extrusions has achieved significant technological milestones, establishing itself as a leader in the aluminum extrusion industry. Taber’s aluminum extrusion innovation and technology started on its founding in 1973, Taber has consistently pushed the boundaries of innovation, expanding its capabilities with strategic facility acquisitions, advanced machinery, and cutting-edge processes. This timeline highlights key progressions, underscoring Taber’s commitment to excellence and continuous improvement.

1995: Gulfport facility expansion

Taber acquires an extrusion facility in Gulfport, Mississippi, providing easy access to ports and industrial scraps. This facility includes two additional presses and a cast house, increasing their in-house capabilities to cast, extrude, and fabricate products.

Taber Extrusions groundbreaking ceremony favoring “Taber branded” shovels at the Russellville facility.

2014: Additional fabrication capabilities in Russellville

The Russellville facility expands to include comprehensive fabrication capabilities, featuring the B&O B-800 series, Marvel band saws, machining centers, and a Zeiss coordinate measuring machine for precision and quality control. Taber also installs the 8600-ton extrusion press, significantly enhancing their ability to produce extensive, complex aluminum profiles.

2017: Increased billet capacity

Taber adds 7-inch billet molds to their existing 9”, 11”, 16”, and 20” diameter molds, increasing billet capacity by over 30% and enhancing their ability to serve defense, marine, and specialized industries.

Taber Extrusions’ Gulfport casting table had to be engineered to fit the existing circular casting pit.

2018: Ultra-precision extrusions

In 2018, Taber successfully relocated and initiated its micro-extrusion press lines. This expansion significantly broadened their supply options, offering extrusion solutions, programs, and services. Taber’s latest ultra-precision extrusion manufacturing lines accommodate profiles with a circle size of 3 inches or less and a weight per foot of 1 lb. or less.

Unlike traditional extrusion presses, these micro-extrusion presses can create profiles with a remarkable wall thickness of 0.010 inches and tolerances as tight as +/- 0.001 inches. Designers and engineers now have the flexibility to develop previously impossible profiles to extrude using conventional presses.

2019: Friction stir welding (FSW)

Taber integrates friction stir welding technology at their expanded Russellville facility, producing superb welds with minimal distortion. This technique is essential for aerospace, rail, automotive, shipbuilding, transportation, and marine industries.

A large industrial CNC milling machine with grey hues featuring a control panel on the right side.

2021: Haas VF12 CNC machine

The addition of the Haas VF12 CNC machine significantly boosts Taber Extrusions’ precision machining capabilities. This advanced equipment allows for producing complex aluminum parts with stringent specifications, enhancing their ability to meet diverse and demanding project requirements.

The Haas VF12 CNC machine features a large working area and high-speed capabilities, making it ideal for machining intricate components with exceptional accuracy and efficiency. This investment underscores Taber’s commitment to providing cutting-edge solutions and maintaining the highest quality standards in their manufacturing processes.

Upcoming SMS press installation

Taber Extrusions plans to commission North America’s largest direct press in 2026 — a 1100-ton press equipped with a 16-inch container. Designed specifically for the aerospace industry, this state-of-the-art installation promises advanced heat solutions and the ability to handle hard and soft alloys. Safety features, precise alignment mechanisms, and stringent quality controls ensure superior performance. As Taber continues to shape the future of aluminum extrusion, this investment underscores their commitment to innovation and excellence.

The 10,000 UST front load direct press incorporates reliability enhancements such as an IAS induction heater for billet taper and a comprehensive Log Wash System. Vertical log storage increases capacity, while the TERS System optimizes energy efficiency, saving 6-8% in consumption. Downstream enhancements include a high-performance multi-spray zone system, quench and cooling simulation, and in-line solution heat treatment meeting rigorous specifications. Taber Extrusions is an industry leader ready to deliver world-class products and services to clients through adjustable racks and an AGV system.

Technologies and Innovations

Aluminum billets at Taber Extrusions’ Gulfport, Mississippi facility - showcasing their “made in America” in-house aluminum billet capabilities.Taber’s aluminum cast house ensures premium extrusion billet production, while their diverse alloy offerings (1xxx-7xxx series) cater to industries like aerospace, defense, and infrastructure. Advanced machinery like the Haas VF12 CNC and friction stir welding (FSW) technology enhance precision and reliability. The upcoming SMS Press in 2026 will further advance large and complex profile production.

Taber’s environmental initiatives reduce energy consumption and costs, backed by ISO 9001:2015 and Nadcap certifications.

Industry Impact

Taber’s advanced technologies, such as the SMS Press and friction stir welding, support the production of critical components for aerospace, defense, and infrastructure. Their high-quality aluminum alloys ensure reliability and performance in aerospace applications, while their robust, durable solutions are essential for military projects. In infrastructure, Taber’s maintenance-free aluminum profiles enhance the longevity and sustainability of construction and architectural projects.

Beyond these sectors, Taber has evolved into a multifaceted aluminum extrusion company, serving industries like automotive, marine, and sporting goods. Their comprehensive services include custom extrusion, fabrication, heat treatment, and quality assurance, meeting a wide range of client needs.

Partner with Taber Extrusions

Transform your business by partnering with Taber Extrusions, the industry leader in aluminum extrusion innovation and technology. Taber positions itself to deliver reliable, high-quality aluminum extrusion solutions tailored to your needs, leveraging their comprehensive approach and state-of-the-art capabilities. Elevate your projects with precision-engineered profiles, sustainable practices, and unmatched expertise.

About Taber Extrusions

Taber Extrusions, located in Russellville, AR, and Gulfport, MS, is highly regarded as a provider of aluminum extrusions to various industries. Their commitment to excellence is evident through advanced processes and state-of-the-art machinery. Beyond military applications, Taber serves markets such as aerospace, automotive, marine, infrastructure, and sporting goods. With ISO 9001 and AS 9100 certifications ensuring quality, Taber is a reliable partner for customers seeking extruded aluminum components and value-added machining services in North America.

Contact Taber Extrusions today and experience the difference of working with a trusted partner committed to excellence and innovation in every aspect of aluminum extrusion.

28 05, 2024

A Guide to Innovative Applications for Marine-Grade Aluminum

2024-07-15T22:24:32+00:00May 28th, 2024|

What’s the importance of marine-grade aluminum? Marine environments are notoriously unforgiving. From the corrosive bite of saltwater to the relentless assault of wind and waves, and the crushing depths, marine environments pose a constant threat to anything built to withstand them.

But fear not, intrepid sailor (or landlubber interested in the sea!), for this story’s hero is marine-grade aluminum. This isn’t your average aluminum foil. Specifically the 5000 series aluminum (5xxx) and 6000 series aluminum (6xxx) alloys are the metal world’s Aquaman. Let’s dive deep and explore the innovative ways this champion tackles the challenges of the sea.

What is Marine-Grade Aluminum, and Why Do You Need It?

Ever wonder why boats don’t rust away? The secret lies in marine-grade aluminum. Many types of aluminum exist, but some are born for serious battle — the battle against the relentless ocean. These warriors are known as marine-grade aluminum.

Imagine this: a metal solid yet lightweight, defying the harsh sun and salty bite of the sea. That’s the magic of marine-grade aluminum. By adding elements like magnesium and silicon, this special aluminum becomes a champion of corrosion resistance.

Don’t be fooled by the name, though. This type of aluminum isn’t just for boats. It’s the hero behind sturdy docks, dependable railings, and even those trusty ladders that take you closer to the water. While it excels in conquering the waves, there are places where even this champion needs a break. The immense pressure and constant immersion prove too much for aluminum deep underwater. Steel takes the reins for submarines designed to handle these extreme conditions.

So, the next time you see a boat braving the elements or a dock standing strong against the tide, remember the silent hero beneath — marine-grade aluminum!

Why Marine-Grade Aluminum?

The key to this metal’s success lies in its unique composition. The 5xxx series aluminum and 6xxx series aluminum alloys incorporate elements like magnesium and silicon, resulting in superior:

  • Corrosion resistance — Marine environments are a constant battle against rust. Marine-grade aluminum stands strong, minimizing the need for maintenance and repairs.
  • Strength — It packs a punch! This aluminum offers an excellent strength-to-weight ratio, making it ideal for load-bearing applications.
  • Weldability — Need a robust and seamless connection? Marine-grade aluminum welds beautifully, ensuring structural integrity.
  • Versatility — From custom extrusions to readily available shapes, this metal can adapt to various needs.

How Does This Aluminum Conquer the Waves?

Marine-grade aluminum isn’t just about braving the elements; it’s about thriving in them. Here’s a closer look at how this champion metal conquers the waves in various marine applications:

  • Boat hulls and structures

Imagine a lightweight and robust boat slicing through the water quickly. This grade of aluminum makes this a reality. Its corrosion resistance, high strength-to-weight ratio, and ease of fabrication make it the perfect choice for building everything from small recreational boats and sleek yachts to massive commercial vessels.

  • Aluminum for shipbuilding components

Shipbuilders worldwide rely on this kind of aluminum parts to create high-performance vessels. Decks, superstructures, bulkheads, and fittings benefit from this metal’s unique properties. The result? Improved fuel efficiency, longevity, and overall performance.

  • Offshore platforms and oil rigs

Oil rigs and platforms demand a material that’s strong, lightweight, and resistant to corrosion. Marine-grade aluminum delivers on all fronts, ensuring longevity and high-performance solutions in these demanding conditions.

  • Marine equipment and accessories

This versatile metal is everywhere, from the handrails you grip for stability to the ladders leading you to different decks, gangways for boarding, and even the fittings and seating. This specific aluminum tackles any challenge thanks to its durability and corrosion resistance.

This is just a glimpse into the vast world of marine-grade aluminum applications. Its strength, lightness, and resistance to the sea’s harsh embrace make it a true champion, ensuring the smooth sailing of countless marine structures and equipment.

What Properties and Grades Make Marine-Grade Aluminum a Champion?

We’ve explored how marine-grade aluminum conquers the waves in various applications, but what makes it such a champion? Let’s explore the secret sauce – the properties and grades that give this metal its edge.

Superior corrosion resistance alloy: Saltwater is the ultimate foe for most metals which makes marine-grade aluminum perfect for this sector. The alloying process creates a formidable shield against corrosion by adding elements like magnesium and silicon. This makes it perfect for everything from boat hulls constantly battling the waves to offshore platforms enduring harsh weather conditions.

Strength meets lightness: Can you imagine a metal that conquers the crushing depths yet keeps boats dancing on the waves, all while saving fuel? That’s the beauty of this amazing aluminum. This high strength-to-weight ratio makes it ideal for building everything from sturdy oil rigs to sleek, high-performance yachts.

A spectrum of grades for specific needs: Not all marine environments are created equal. The open ocean poses different challenges that need different applications. That’s why there’s a range of marine-grade aluminum grades, each with its strengths:

  • 5083 — This corrosion-fighting champion thrives in the harshest environments. Need something that stays strong even after welding? 5083 is your hero!
  • 5086 — 5086 excels in both conductivity and corrosion resistance. Unique processes can strengthen this robust alloy, making it ideal for demanding applications.
  • 5454 — This grade boasts superior formability and corrosion resistance, perfect for pressure vessels, welded structures, and offshore masts.
  • 5456 — When strength is paramount, 5456 takes the crown. This grade is ideal for structural aluminum applications like saltwater storage tanks and pressure vessels. Think of it as the muscle behind some of the most durable marine structures.
  • 6061 — 6061 offers excellent weldability and mechanical properties. It’s a popular choice for various marine fittings and hardware.

Remember, this is just a selection of the many marine-grade aluminum grades available. Each has its unique properties, making it crucial to choose the right one for your specific project.

Beyond the Blue: Applications on Land

Marine-grade aluminum is as impressive in other sectors as it is in the sea:

  • Architectural aluminum: Cladding for skyscrapers, building facades, and even decorative elements often utilizes marine-grade aluminum for its durability and low maintenance.
  • Aluminum alloy for automotive: From lightweight car parts to sturdy truck frames, the strength-to-weight ratio of marine-grade aluminum makes it a valuable player in the automotive industry.
  • Aluminum alloy for aerospace: In the fight against gravity, every ounce counts. This aluminum strength and weight efficiency make it a natural choice for some aircraft components.
  • Industrial applications: Harsh industrial environments demand a material that can withstand the punishment. Marine-grade aluminum approaches the challenge of finding use in storage tanks, aluminum pressurized vessels, and structural components.
  • Infrastructure: Bridges, railings, and transportation infrastructure often incorporate marine-grade aluminum to benefit from its longevity and minimal maintenance requirements.
  • Energy sector: It’s toughness can handle environmental wear and tear, makes it a valuable material for renewable energy systems like solar panels and wind turbines.

Need a specific shape for a unique project? Marine-grade aluminum offers the flexibility of being formed into custom extrusions alongside readily available standard shapes.

Finding Your Perfect Marine-Grade Aluminum Partner

Now that you’ve seen the wonders of marine-grade aluminum, it’s time to find the perfect partner for your project. Look for a trusted aluminum marine distributor with a proven track record.

A Trusted Partner for Aluminum Marine Distributions

Taber Extrusions is a leading aluminum supplier that can provide you with all your marine-grade aluminum needs. They offer a vast selection of high-quality 5xxx and 6xxx series alloys in standard and custom extrusions. They specialize in taking on extrusions that others might shy away from. With a full range of extrusion presses, from heavy-duty to high capacity, they offer the flexibility to handle even the most intricate designs.

Their team of experts is passionate about aluminum. It has the knowledge to help you choose the perfect material for your shipbuilding, marine application, or any other project that demands the best.

Don’t settle for just a supplier. Choose a distributor dedicated to your success, offering top-notch customer service every step of the way. Contact Taber Extrusions today!

The visual depicts a collection of four logos, each representing different certifications and standards. The first logo, in blue and yellow, signifies Nadcap accreditation. The second logo showcases a product’s American origin with a “Made in USA” badge featuring the flag. The third logo is a blue circle labeled “CERTIFIED AS 9100C,” indicating a quality or performance standard. The fourth logo, for ABS, displays an eagle above waves within a circular badge, denoting a type-approved product.

About Taber Extrusions

Taber Extrusions stands proudly as a premier American provider of aluminum extrusion services. With a firm commitment to excellence, Taber ensures that every product and service provided surpasses the highest standards, honoring the trust and esteem of their valued clientele. They are steadfast in their mission to contribute substantial value through quality offerings. Embrace the unparalleled service of Taber Extrusions, where your highest expectations are not just met, but exceeded — possibilities reach beyond the horizon.

Taber Extrusions understands the importance of quality and adherence to standards in the marine industry. Leading organizations like the American Bureau of Shipping (ABS) and Boeing approve Taber Extrusions for their commitment to quality and adherence to standards. They also hold certifications like ISO 9001:2015, ensuring consistent quality in everything they do.

For further information, explore Taber Extrusions or connect with their team at 1-888-984-3795.

28 02, 2024

Aluminum Casting Services for Aerospace, Marine, and Custom Chemistries for Specialized Industries

2024-02-28T16:18:21+00:00February 28th, 2024|

The most noticeable object in the photo is a massive yellow crane with the name “TABER” on it. The crane is lifting 3 lengthy metallic pipes that measure approximately two feet in diameter. Straps securely attach the pipes to the crane. Other industrial equipment and machinery fill the background of the image. The photo diffuses the lighting, creating a soft glow. At the same time, muted colors add to the overall industrial feel of the scene.

In order to fully grasp the importance of Taber’s aluminum casting services, you must first understand the importance of aluminum billets.

Aluminum billets are the unsung heroes of the industrial world. These unassuming cylinders of aluminum, typically 10-12 feet long and 7-20 inches in diameter, are the raw material from which countless objects are born. From sleek aircraft fuselages to the humble soda can, aluminum billets form the foundation for many products that touch our lives every day.

To begin the journey of an aluminum billet, workers extract bauxite ore and refine it into alumina. During smelting, the process uses a powerful electric current to separate the aluminum metal from the oxygen in alumina. Molds are filled with molten aluminum to create billets, which are then cooled, solidified, and subjected to further processing.

These versatile billets are extruded, rolled, forged, or machined into many shapes and sizes. Manufacturers can transform them into intricate components for airplanes, automobiles, and electronics or use them to create building materials, kitchenware, and sporting goods. The possibilities are truly endless.

So, the next time you hold an aluminum can or admire the gleaming surface of an airplane, take a moment to appreciate the humble aluminum billet that started it all. These unsung heroes of industry are a testament to human ingenuity and the transformative power of raw materials.

Two workers in full safety gear at Taber Extrusions’ brightly lit aluminum cast house in Gulfport, MS.

From Billets to Innovation: Cast Houses as the Crucible of Progress

Aluminum billets, those unassuming cylindrical metal blocks, are the lifeblood of countless industries. Before reaching their final form, they undergo a crucial transformation within the fiery heart of a cast house. These specialized facilities, with their towering furnaces and molten metal, act as the crucible where innovation takes shape.

Within the cast house, billets are heated to extreme temperatures, transforming them from solid to liquid. This molten state allows for precise manipulation and shaping, producing new and innovative products. Advanced casting techniques, such as low-pressure and vacuum, produce high-quality billets with superior strength and consistency.

These improved billets, in turn, fuel the fires of innovation in various industries. Automotive manufacturers utilize them to create lighter and more fuel-efficient vehicles. Aerospace engineers rely on them to construct more robust and more durable aircraft. Even the electronics industry depends on high-quality aluminum billets for producing smartphones, computers, and other devices.

But the role of cast houses extends far beyond mere production. They are also hubs of research and development, where engineers and scientists collaborate to refine existing processes and invent new technologies. From exploring recycled materials to developing advanced casting techniques, cast houses constantly push the boundaries of what’s possible.

Aluminum billets are not just raw materials but the seeds of innovation. Nurtured by the heat and expertise of cast houses, these seeds grow into the products that shape our lives. As technology evolves and industries strive for ever-greater efficiency and performance, the humble aluminum billet and the cast houses that transform them will remain at the forefront of progress.

Aluminum Casting Services: Fueling Innovation Across Industries

Aluminum billet casting is a crucial process that shapes diverse and vital components for various industries. From high-performance aerospace to rugged marine applications and even specialized custom chemistries, aluminum castings are pivotal in driving innovation and progress.

1. Aluminum Casting Services for Aerospace

The aerospace industry demands ultimate strength, lightness, and reliability, and aluminum castings rise to the challenge. Please note that aircraft components utilize them in a multitude of ways.

  • Airframes:

    The primary structure of an aircraft needs to have a high strength-to-weight ratio and excellent fatigue resistance.

  • Wings:

    responsible for lift generation, demanding a lightweight and robust design

  • Landing gear:

    absorbing impact and supporting the aircraft’s weight, necessitating exceptional strength and durability

  • Engine components:

    operating in extreme environments, requiring heat resistance and superior mechanical properties

2. Aluminum Casting for Marine

In the harsh marine environment, aluminum castings offer unmatched resistance to corrosion and fatigue, ensuring the longevity and performance of various components:

  • Hulls and superstructures:

    providing structural integrity and resisting the corrosive effects of saltwater

  • Propellers and shafts:

    wproviding structural integrity and resisting the corrosive effects of saltwater

  • Deck fittings and hardware:

    withstanding constant exposure to saltwater and harsh weather conditions

  • Lifeboats and davits:

    ensuring safety and functionality in emergencies

3. Aluminum Custom Chemistries

Beyond aerospace, firearms, and marine applications, aluminum casting shines in its ability to fulfill specific needs through customized chemistries:

  • Medical devices:

    requiring biocompatible alloys for implants and surgical instruments

  • Electronics:

    demanding high conductivity and thermal management properties

  • Automotive components:

    lightweight and robust parts for fuel efficiency and performance

  • Renewable energy technology:

    tailored solutions for solar panels, wind turbine blades, and other features

Aluminum casting, with its unmatched versatility, strength-to-weight ratio, and sustainability benefits, is poised to continue shaping the future of various industries. As technology advances and new applications emerge, aluminum’s unique properties will ensure its continued dominance as a material of choice for innovative solutions.

Taber Extrusions: where innovation and aluminum meet

Transform Your Business with Taber’s In-House Aluminum Casting Solutions

Taber Extrusions offers in-house aluminum casting solutions, which include manufacturing aluminum billets for specialized industries such as aerospace and marine. Their upgraded, state-of-the-art aluminum cast house, combined with experienced metallurgists and research engineers, enables them to produce high-quality aluminum billets. They offer a full range of aluminum alloys, including custom chemistries to meet their clients’ specific requirements.

Experience Unmatched Purity and Renewability with Taber’s Aluminum Refining Process

Taber utilizes Almex’s liquid aluminum refining system (LARS) to refine and purify the aluminum before casting. This process eliminates impurities such as dissolved hydrogen gas, nitrides, oxides, and alkali metals in a controlled and environmentally friendly manner. Additionally, Taber is committed to renewability and uses 75% commercial and extrusion manufacturing scrap to highlight this dedication further.

From Testing Capabilities to Quick Facts: The Fascinating World of Taber Extrusions

Taber Extrusions offers a comprehensive suite of testing capabilities to ensure the highest quality and consistency in their products. Key capabilities include:

  • On-site alloy verification and certification:

    This ensures that the chemical composition of Taber’s aluminum alloys meet the exact specifications required by their customers.

  • Ultrasonic testing:

    This non-destructive testing method uses sound waves to detect internal defects in the aluminum castings, ensuring they are free of flaws that could compromise their performance.

The infographic features a beautiful gradient background in shades of gold and brown. At the top is crisp white text that reads “CAST HOUSE CAPABILITIES.” Directly below the text, six shapes of varying sizes, with a sleek silver gradient, are arranged in a row horizontally. Beneath the shapes, text reads “Our casting capabilities and cast house information:" followed by a list in white text outlines the impressive capabilities of the cast house, including the latest technology to ensure internal quality, entirely designed and recipe-controlled DC casting, complete alloy family casting capabilities, a homogenization center for controlled heat treatment, and an on-site laboratory for metallurgical testing and ultrasonic lab house metallurgical analysis.

Quick Facts:

  • Recycled content makeup:

    Taber Extrusions is committed to sustainability and uses significant recycled content in its aluminum products. Their billets typically contain 25-30% prime aluminum and 70-75% scrap (a combination of commercial and extrusion manufacturing scrap).

  • Environmental benefits of recycling aluminum:

    Recycling aluminum is an effective way to conserve energy. It helps save up to 95% of the energy required to refine new aluminum. This makes aluminum production more sustainable by reducing greenhouse gas emissions.

  • CO2 emissions reduction:

    Recycling 1 ton of aluminum spares the planet from 9 tons of CO2 emissions. This translates to significant environmental benefits and helps to combat climate change.

  • Aluminum’s recyclability:

    Aluminum is one of the most recyclable materials on Earth. Roughly 74% of all aluminum produced is still in use today due to its excellent recyclability. This makes it a valuable resource for future generations.

Taber’s Aluminum Casting Revolution: Innovation Forging the Future Tabers

The American aluminum extrusion company Taber Extrusions invested in upgrading its aluminum casting capabilities. Taber’s improved cast house is a testament to their dedication to achieving the broadest capabilities in the aluminum extrusion industry. Taber prefers to keep everything under one roof, from casting to extrusion, machining, and beyond — casting ingots using prime and recycled aluminum to meet the required quality and chemistry specifications.

Unlock The Potential of Your Project: Why Choose Taber?

Taber Extrusions is a full-service partner that delivers high-quality products and services. They are dedicated to meeting and surpassing customer expectations, providing the best possible service. Since 1973, Taber Extrusions has been manufacturing solid profiles as wide as 31 inches and hollows up to 29 inches. In 1995, they expanded with the purchase of an extrusion facility in Gulfport, MS. Today, Taber Extrusions also launched expanded capabilities to include micro-extrusions and 7” billet molds, and shortly thereafter, added a new Hass VF-12 CNC vertical machining center.

Certifications

  • ISO 9001:2008 (technically equivalent to EN9100:2009 and JISQ 9100:2009)
  • AS 9100C
  • ABS QUALITY ASSURANCE Program certificate no. 11-MMPQA-652. ABS Mill has approval to produce extruded aluminum alloy products for marine applications 5083H111, 5086H111, 5454H111, 5456H111, 6061T6, and 6082T6. Maximum diameter: 1.0-inch casting process included.

If you want to learn more about the U.S. aluminum extrusion process and how it can fuel innovation in your industry, consider working with a trusted partner like Taber Extrusions. With decades of experience and a commitment to quality and innovation, Taber Extrusions offers various extrusion capabilities and value-added services to help you bring your ideas to life. If you want to elevate your products to the next level, contact the best aluminum extruder today to explore how they can assist you in leveraging the benefits of aluminum extrusions.

About Taber Extrusions: 

Taber Extrusions is a well-known aluminum extrusion manufacturer serving various industries, including aerospace, infrastructure, transportation, defense, and thermal management. With facilities in Russellville, AR, and Gulfport, MS, Taber Extrusions has provided an extensive range of aluminum extrusions since its inception in 1973. The company’s dedication to delivering exceptional goods and services can be observed by its possession of plate number 1 and AS 9100 certifications.

Taber Extrusions has earned its reputation for working closely with customers to problem-solve through innovation and collaboration. With over four decades of experience, Taber has the broadest capabilities in the aluminum extrusion industry, setting a benchmark for others.

If you have any queries, please visit https://www.taberextrusions.com or call Taber Extrusions at 1-888-984-3795.

17 07, 2018

Infrastructure Applications of 6xxx Series Aluminum Alloys

2018-07-18T16:49:28+00:00July 17th, 2018|

It is estimated that 56,000+ bridges are structurally deficient in America with an estimated $123 billion in rehab needed. The solution? The 6xxx Series Aluminum Alloys. Not only can they be used for emergency repairs but they can provide a long-term solution to this infrastructure problem with minimal maintenance required.Let us review what sets this alloy apart, its advantages, and the types of projects the alloy is best suited for.

What is an aluminum alloy?  

Aluminum alloys are created by taking aluminum and adding elements, creating chemical compositions with enhanced properties. Once created, these compositions receive a 4-digit number with the first digit signifying a general series that characterizes its main alloying elements.

What does it mean when an alloy is a part of the 6xxx series

The main agents in the 6xxx series are silicon and magnesium in order to form magnesium silicide within the alloy. Alloy 6061 is the most commonly used of the series, typically used in truck and marine frames.

What are the advantages of the 6xxx aluminum alloys?

  • High Corrosion Resistance – 6xxx series aluminums can withstand abrasion, keeping their strength and durability in a variety of environments. This is one of the appeals to using it in infrastructure and architectural projects that hope to create structures with the intent of lasting decades. Whether its receiving harsh sunlight in the Nevada desert or nearly year round rain in Seattle, the alloy is able to hold up.
  • Extrudablitity – A unique feature of the 6xxx series is its extrudability. The ability to make specific, extruded parts from the alloy is another factor in why architectural and infrastructure members use this alloy. They typically require unusual, high-strength components and the power of extruded of 6xxx series is its ‘place-metal-where-you-need-it’ flexibility.
  • Heat treatable, weldable, flexible – 6061 is a highly weldable alloy, using tungsten insert gas welding or metal inert gas welding. After welding, the properties near the weld are those of 6061-O (a loss of strength of around 80%). However, MIG and TIG welded material can be heat treated again to bring the material back to the pre-welding temper. Another option may be Friction Stir Welding (FSW). With FSW, the profiles are joined together through the use of a specialized rotary machine tool. Although the material is heated and joined together through friction, the overall heat applied to the material is much lower and of shorter duration than MIG or TIG welding and the heat affected zone is much less and retains most of the original strength.

What are the applications of the 6xxx Series Aluminum Alloys?

It is this combination of advantages that make 6xxx Series Aluminum Alloys prime candidates for architectural and infrastructure projects. Such projects include:

  • Bridges or aluminum bridge decking: Extruded aluminums can be used to build traditional bridges or bridge decks can be pre-built in a modular fashion and moved to bridge sites. This method can limit the amount of time that bridges are under construction and save money in the long run.
  • Roof Structures: Typically implemented for arenas and gymnasiums, the 6063 or 6061 extruded tubes are used in large scale roofs with 5xxx alloy sheets covering them.
  • Pipelines: Because of their high corrosion resistance the 6xxx series is great for pipeline systems that have possibly acidic or dangerous materials flowing through them.
  • Automotive: Whether for a car, motorcycle, bus, or train, the 6xxx series is often used in the automotive industry for its high dent resistance and durability.

Taber Extrusions recognizes the hard work and precise engineering required for large-scale infrastructure projects. Capable of producing very large aluminum shapes with our exclusive 10” x 28” rectangular container along with our 16” and 20” round containers, we canconsistentlysupply our customers with some of the widest, most complex multi-void hollows in the industry. Taber produces their 6xxx series alloys in-house, and our recent investments in our casting and fabrication capabilities have poised Taber to be a great fit for any of your architectural and infrastructure needs… and a reliable partner for all aspects of your project.

Recent upgrades to our aluminum cast house and aluminum fabrication capabilities have put Taber in the perfect position to do just that. Check out our video on Aluminum Extrusions for Infrastructure Projects.

To learn more about how we can be of service visit: https://taberextrusions.com/

For inquires or quotes visit: https://taberextrusions.com/contact-us/

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Interested in becoming a part of the Taber Team?  Submit your resume to careers@taberextrusions.com.

7 03, 2018

Fabricated Aluminum Bikes are Stronger, Faster, Lighter

2018-05-11T23:03:56+00:00March 7th, 2018|

Although aluminum is now the most prevalent material in biking these days, up until the 1980’s, most mountain bike frames were made of steel.

Slowly, the market demand for lighter, stronger, and rust-resistant bike frames coupled with advances in aluminum metallurgy led some manufacturers to make the switch. Soon, most steel-frame bikes had aluminum parts in the form of brakes, derailleurs, stems, lightweight wheels, handlebars, and seat posts.

It wasn’t long before most bike manufacturers switched entirely to aluminum!

Although both steel and carbon fiber have come a long way , aluminum bikes remain an enthusiast favorite.

In the modern era, advancements in alloying technologies are bringing aluminum bikes to new heights by amplifying their properties.

Weight:

Aluminum is the most widely available lightweight bike frame material. By comparison, steel bike frames have, on average, three times the weight of aluminum ones. Due to its naturally low weight, aluminum remains an ideal and affordable choice for racing and mountain bike frames.

Due to aluminum’s lower strength compared with steel, titanium, and carbon fiber, aluminum bike frame tubes often have thicker walls. Though this does not necessarily provide an advantage over other frame types, thicker-than-standard tubes can be used in aluminum bike frames without making them significantly heavier.

Carbon fiber, of course, has an edge on aluminum in terms of weight. But for a mountain biker, sometimes a little weight is a good thing.

Downhill racers often prefer aluminum over other materials. The additional weight and formability properties allow the rider to maintain the proper inertia to keep the bike steady and to maintain control at high speeds. Weighted aluminum frames make it easier to find the sweet spot.

Price:

Aluminum is a widely used material and is infinitely recyclable, so its price compared to other materials is very competitive.

Well-rounded, lightweight, and affordable, aluminum bike frames are the ideal choice for both beginner and expert-level mountain bikers.

Plus, aluminum is not prone to rust, unlike steel-framed bikes. This resistance makes aluminum a lasting and low-maintenance choice for mountain bikers and other riders who often expose their bikes to harsh elements.

Rigidity:

For trail and downhill riders, the somewhat flexible, forgiving nature of alloyed frames help provide comfort during extremely bumpy terrain or at high speeds.

Alloys Used in Mountain Bikes:

2xxx series: 2xxx series alloys are not usually used for frames. They are easily welded and heat-treatable, but are more suitable for use in components such as bars, seatposts and stems – parts that usually have less butting. Alloy types you will likely encounter are 2011, 2014 and 2024.

6xxx series: 6xxx series alloys are intermediate strength aluminum alloys. In general, they are weaker than either a 2xxx or 7xxx series alloy, but are more easily forged, machined, welded, and formed. You will find them usually in lower cost aluminum alloy frames. 6061, 6063 and 6082.

7xxx series: Most commonly found in the aerospace industry, 7xxx series aluminum alloys are an incredibly high strength alloy that exhibits great resistance to the outdoor elements. The most durable of all bike frames are made from this series’ alloys.

31 10, 2017

Aluminum Extrusions for Infrastructure Projects

2018-01-12T01:26:39+00:00October 31st, 2017|

Taber Extrusions has been working very diligently to introduce more of our aluminum extrusion products into the infrastructure market.

Recent upgrades to our aluminum cast house and aluminum fabrication capabilities have put Taber in the perfect position to do just that.

One of the biggest advantages that we have is the capability to produce very big aluminum shapes, which means less work for the end user and ultimately, a less expensive product for everybody. Compared to projects that use steel, the use of aluminum is light weight and leads to higher load capacities, it has a high strength-to-weight ratio, can be recycled, and you don’t have to worry about rust!

Gradually, the country is starting to begin a national conversation about renovating our infrastructure. Traditionally, aluminum extrusions for infrastructure projects have been reserved for small projects like light posts, road signage, and guard rails. But developments in aluminum alloy technology, along with the large shape capability at Taber, we now have extrusions far more suited for large scale infrastructure projects like bridges, high-speed railways, and platforms such as helipads, ramps, flooring, and decking.

 

Aluminum Extrusions for Infrastructure

The high strength, weldability, and flexibility of aluminum, (particularly 6xxx series aluminum alloys, which Taber supplies in-house with the latest casting technology), can be relied on for infrastructure and architecture projects. As an added bonus its natural light weight makes delivery and installation a much easier, and often less expensive, process.

Aluminum shapes created for infrastructure also have the benefit of being low maintenance, due to high corrosion resistance and immunity to UV rays.

Potential applications include:

  • Power/electrical infrastructure
  • Bridges
  • Aerospace (Helipads, etc.)
  • High speed / magnetic railways
  • Public Transport
  • Cranes and other construction needs
  • Sports stadiums
  • Outdoor signage
  • LED lighting

In a global market that is only becoming more competitive, the United States will need to turn its eyes back on its infrastructure if it hopes to retain its place near the top of the food chain.
Full service suppliers for aluminum products like Taber Extrusions are here to help with your infrastructure or public works project. Contact us, and tell us your needs – and we can lay the groundwork together.

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