AlCircle: Latest downstream products news update

Press Metal’s Q2 Profit Rises 42% as Aluminium Market Boosts Earnings

Thu, 27 Aug 2026 21:00:00 +0530

Press Metal Aluminium Holdings Berhad reported a 42 per cent increase in core profit after tax and minority interest for the second quarter of FY2026, as higher realised aluminium prices and lower alumina costs supported earnings growth.

Core PATAMI, excluding a one-off associate-related gain, reached MYR 685.58 million (USD 170 million) for the three months ended June 30. Reported PATAMI rose 66 per cent year on year to a record MYR 801 million (USD 198.62 million), while revenue increased 12 per cent to MYR 4.69 billion (USD 1.16 billion).

Higher metal prices support revenue

The Malaysian aluminium producer said revenue increased from MYR 4.19 billion (USD 1.04 billion) in the corresponding quarter a year earlier, largely due to higher realised metal prices.

Profit before tax climbed 78.9 per cent to MYR 1.16 billion (USD 287.64 million) from MYR 647.47 million (USD 160.55 million) in the previous corresponding quarter. In addition to firmer metal prices, the result benefited from lower alumina costs consumed during the period.

The performance underscores the sensitivity of Press Metal’s earnings to aluminium pricing, input costs and the broader market conditions affecting the aluminium value chain.

To know the global production, demand and consumption forecasts of aluminium extrusions, explore our report "The World of Aluminium Extrusions to 2035"

One-off gain lifts reported profit

Reported second-quarter PATAMI included a MYR 115.42 million (USD 28.62 million) gain arising from the dilution of the group’s investment in an associate company.

Removing this non-recurring gain provides a clearer view of underlying business performance. Core PATAMI of MYR 685.58 million (USD 170 million) still represented a 42 per cent increase from a year earlier, indicating that the quarter’s profit expansion was driven primarily by operations rather than the associate-related gain.

The difference between reported and core earnings will be important for investors assessing whether the company can sustain its earnings growth beyond the quarter.

First-half earnings gain momentum

For the first half of FY2026, Press Metal recorded net profit of MYR 1.43 billion(USD 354.59 million), up nearly 51 per cent from MYR 945.3 million (USD 234.4 million) in the corresponding period last year.

First-half revenue increased 8.7 per cent to MYR 8.79 billion (USD 2.18 billion) from MYR 8.09 billion (USD 2.01 billion). The result extends a strong period for the company, although its second-half performance will remain dependent on realised aluminium prices, alumina availability and costs, energy inputs and demand from key industrial markets.

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Dividend rises to 2.5 sen

Press Metal declared an interim dividend of 2.5 sen per share, payable on September 29, 2026. The payout is higher than the 2 sen per share declared for the comparable period a year earlier.

The dividend declaration follows what the company described as record quarterly earnings, giving shareholders a higher return while reflecting the group’s stronger profitability during the first half.

Outlook

Press Metal enters the second half with earnings momentum, supported by its improved first-half results and a stronger realised-metal-price environment.

However, the company operates in a cyclical industry. Future earnings will depend on whether aluminium prices remain supportive, alumina costs stay contained and demand holds across construction, transport, packaging, consumer goods and other aluminium-consuming sectors.

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Europe’s aluminium extrusion demand set to grow at 2.42% CAGR through 2035 - Which end-use sectors will drive it?

Thu, 27 Aug 2026 10:00:00 +0530

Europe’s aluminium extrusion market is entering a new phase, with demand expected to expand across several key industries. The region accounts for around 10 per cent of global aluminium extrusion usage, making it an important market for producers and suppliers. Electric vehicles, grid investment and construction activity are set to play an important role in shaping demand over the coming years.

Aluminium extrusion usage in Europe is forecast to rise from 3.48 million tonnes in 2025 to 3.56 million tonnes in 2026, an increase of 2.30 per cent. By 2035, usage is projected to increase by 27.01 per cent from 2025 levels. The CAGR for 2025-2035 is expected to be approximately 2.42 per cent. For the exact figures and detailed sector-wise outlook, read our updated aluminium extrusion report - The World of Aluminium Extrusions to 2035 - Demand Forecast | Price Benchmarking | Plant Economics | Strategic Growth Sectors.

Recent figures already point to a change in demand patterns. European extrusion demand improved modestly in H1 2026, with Q2 demand increasing 0.4 per cent year on year following a weaker first quarter. Building and construction and industrial applications provided some support, while automotive extrusion demand continued to benefit from the expansion of battery-electric vehicle production.

Now the question is, from where Europe’s extrusion demand will come as the market moves towards 2035.

Where is the strongest growth coming from?

Transport is emerging as one of the more promising areas for European extruders. Aluminium extrusion usage in the sector is forecast to rise from 970,000 tonnes in 2025 to 1 million tonnes in 2026, an increase of 6.2 per cent. Over 2026-2035, transport extrusion demand is expected to grow at a CAGR of approximately 3.06 per cent.

A major part of this is coming from the automotive industry. As European vehicle production shifts towards electric models, aluminium extrusions are finding applications in lightweight structures, battery systems and thermal-management components. EVs represented around 28 per cent of European vehicle sales in 2025, and this share is expected to rise to 33 per cent in 2026 and more than 90 per cent by 2035.

But can EV growth fully offset weakness in the wider vehicle market? New-car sales are projected to increase only 0.2 per cent in 2026, while LCV sales are expected to decline 0.5 per cent. Competition from Chinese imports and EU tariff measures are also likely to influence production patterns across the region.

To know the global production, demand and consumption forecasts of aluminium extrusions, explore our report "The World of Aluminium Extrusions to 2035 - Demand Forecast | Price Benchmarking | Plant Economics | Strategic Growth Sectors"

Why is the EV transition important for aluminium?

The shift towards electric mobility is not only changing the type of vehicles being produced; it is also changing their material requirements. EU emissions rules call for a 55 per cent reduction in CO2 emissions by 2030, encouraging automakers to adopt lighter vehicle architectures. These can reduce component weight by 20-30 per cent compared with steel and are becoming increasingly relevant for battery enclosures, crash-management structures and busbars.

The scale of the EV opportunity is also growing. European EV production, which exceeded 4 million units in 2024, is projected to reach 8-10 million units by 2030 as per industry sources. Germany is expected to contribute to this expansion, with the VDA forecasting a 30 per cent increase in battery-electric vehicle production to 693,000 units in 2026.

Construction market edges towards improvement

Construction remains Europe’s largest outlet for extruded aluminium. Usage in the sector is expected to decline from 1.52 million tonnes in 2025 to 1.50 million tonnes in 2026, a decrease of 1.3 per cent. By 2035, demand is forecast to rise, representing a CAGR of 1.60 per cent from 2026.

The market is gradually recovering after two years of contraction. Total construction output is projected to grow 2.4 per cent in 2026 and 2.2 per cent in 2027, compared with only 0.3 per cent growth in 2025.

Civil engineering is expected to lead the recovery, with output forecast to increase around 3.3 per cent in 2026. Energy-transition infrastructure, climate-adaptation work and EU-funded projects are expected to support activity. Residential construction, meanwhile, is likely to recover more slowly, with a more meaningful improvement expected from 2027.

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Could Europe’s ageing buildings become a new opportunity?

The construction story does not end with new buildings. Europe’s ageing building stock is creating a sizeable renovation opportunity, while new commercial developments and the EU Green Deal are supporting demand for aluminium façades, window frames and structural glazing.

Building and construction accounts for more than 40 per cent of European extrusion consumption, while more than 30 per cent of new EU construction projects already specify aluminium extrusions for window and door systems.

This means that even while new residential construction remains under pressure, renovation and greener building requirements can continue to provide a route for aluminium demand.

Electrification is opening another door for extruders

Another demand channel is emerging from the electricity system itself. Aluminium extrusion usage in electrical and electronics applications is forecast to increase from 560,000 tonnes in 2025 to 580,000 tonnes in 2026, representing a 3.6 per cent rise. By 2035, demand is expected to increase at a CAGR of approximately 3.49 per cent from 2026.

The numbers are closely linked to Europe’s infrastructure ambitions. Investment in electricity grids is projected at around USD 1.1 trillion between 2026 and 2035. The EU estimates that approximately EUR 1.2 trillion will be needed by 2040 to integrate around 100 GW of renewable capacity each year and increase electrification of final energy use to 35 per cent by 2030.

For extrusion producers, this could translate into demand for renewable-energy structures, electrical equipment, grid infrastructure and power-distribution applications.

What is happening in industrial applications?

Industrial applications are also expected to add to demand, although on a smaller scale. Usage is forecast to increase from 150,000 tonnes in 2025 to 160,000 tonnes in 2026, a rise of 6.7 per cent. By 2035, demand is projected to reach a CAGR of approximately 1.32 per cent over 2026-2035.

The recovery, however, remains measured. Global industrial and equipment turnover is projected to grow just 2 per cent in real terms in 2026. Germany’s robotics and automation revenues are expected to decline 5 per cent to EUR 14.1 billion, while European construction machinery is forecast to see only a moderate recovery. These conditions are likely to keep near-term extrusion demand from capital-equipment applications relatively restrained.

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Industrial and consumer market

They may not reshape the market on their own, but consumer durables and other applications are adding to the overall demand base.

Consumer-durable extrusion usage is expected to remain at 0.14 million tonnes in both 2025 and 2026, and is estimated to increase 28.6 per cent in 2035.

Other applications are projected to increase from 0.14 million tonnes in 2025 to 0.15 million tonnes in 2026, up 7.1 per cent. By 2035, usage is expected to increase 26.7 per cent from 2026.

Taken together, these trends suggest that Europe’s aluminium extrusion demand through 2035 will be shaped not by a single sector, but by the combined momentum of EVs, construction, electrification and higher-value applications, while producers increasingly compete on efficiency, sustainability and product value.

Note: This is exclusive coverage by AL Circle and may not be reproduced, republished or shared without prior permission.

Bhoruka Extrusions: From Mysore factory to global aluminium-profile markets

Thu, 27 Aug 2026 01:30:00 +0530

Aluminium extrusion is a widely used manufacturing process that turns aluminium billets into precisely shaped profiles for buildings, vehicles, solar systems, electrical equipment and industrial machinery. Its relevance comes from aluminium’s low weight, corrosion resistance, conductivity and recyclability, while extrusion allows manufacturers to create complex sections for a specific use.

Industrial aluminium extrusion profiles can also be tailored to customers’ required dimensions, alloy composition and functional requirements. This makes extrusion relevant for uses such as electrical enclosures, transport components, solar structures and equipment where reducing weight or improving corrosion resistance is important.

In India’s aluminium value chain, Bhoruka Extrusions Private Limited operates in this engineered-products segment. The Mysore-based company makes custom aluminium extrusion profiles and aluminium systems for building and construction projects, as well as industrial and original equipment manufacturer customers. It is part of Japan-based YKK AP.

Aluminium profiles for multiple sectors

Bhoruka Extrusions produces made-to-order aluminium profiles rather than primary aluminium. The process begins with the design of a profile and an extrusion die, which determines the final cross-section of the product.

The company has an in-house die-manufacturing operation, supported by computer-aided design and CNC wire-cutting equipment. It makes both solid and hollow dies for architectural and industrial applications.

Its aluminium extrusion products are used across building and construction, electrical and electronics equipment, transport, textiles and consumer durables. In construction, the company supplies profiles and systems for doors, windows, glazing and curtain walls. It also markets architectural systems under the IWIN brand.

To know the global production, demand and consumption forecasts of aluminium extrusions, explore our report "The World of Aluminium Extrusions to 2035"

Manufacturing base in Mysore

Bhoruka Extrusions manufactures from Mysuru, Karnataka, where it operates 1,100-tonne, 1,800-tonne and 2,750-tonne extrusion presses. The facility processes aluminium billets ranging from 152 millimetres to 228 millimetres in diameter and works with alloys including 6060, 6061, 6063, 6082 and 6101.

The company identifies billet casting, extrusion, die tooling, anodising and powder coating as parts of its integrated manufacturing operations.

YKK AP said in October 2025 that a new extrusion line at Bhoruka’s Mysuru factory was expected to raise annual aluminium-profile capacity from 12,000 tonnes to 14,000 tonnes. The factory site covers 64,742 square metres, according to YKK AP.

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Indian base, international reach

Bhoruka’s manufacturing operations are based in India, while its domestic commercial presence includes Bengaluru, Chennai, Mumbai, Delhi, Pune, Hyderabad, Coimbatore and Kochi. The company also provides channels for export enquiries and describes itself as an aluminium extrusion supplier and exporter.

Bhoruka does not publicly list all overseas markets served by its Mysore factory. However, its ownership by YKK AP gives it a connection to a global architectural-products group with operations in multiple countries and regions. That should not be interpreted as evidence that Bhoruka directly operates in every YKK AP market.

Position in the aluminium value chain

Bhoruka Extrusions sits at the fabrication stage of the aluminium industry, converting metal into application-specific profiles rather than producing primary aluminium. Its market opportunity depends on demand from construction, infrastructure, transportation, manufacturing and renewable-energy sectors.

For customers, supplier selection in aluminium extrusions typically depends on profile accuracy, alloy availability, die-design capability, finishing quality, delivery reliability and the capacity to meet customised specifications. Bhoruka’s expansion at Mysore indicates that it is positioning for higher output in a market where engineered aluminium products are becoming increasingly important.

AL Circle is coming up with a new Magazine "ALuminium’s Frontline: OEM Edition 2026." Feature your brand and opinion in the edition

China's aluminium wire exports drop 8.53% M-o-M in July 2026, Up 481.79% Y-o-Y

Wed, 26 Aug 2026 11:30:00 +0530

Data shows that in July 2026, China's aluminium wire exports totalled 102,800 tonnes, down 8.53 per cent M-o-M and up 481.79 per cent Y-o-Y. From January to July 2026, China's aluminium wire exports reached 386,300 tonnes, up 152.78 percentage points Y-o-Y.

Among them, exports of other non-insulated aluminium stranded wire, cable, braid and similar articles totalled 84,600 tonnes, down 12.23 per cent M-o-M, accounting for 82.29 per cent of total exports; exports of non-insulated steel-cored aluminium stranded wire, cable, braid and similar articles totalled 18,200 tonnes, up 13.72 percentage points M-o-M, accounting for 17.71 per cent.

Pure aluminium stranded wire (HS code 76149000): exports of 84,500 tonnes, down slightly M-o-M. For HS code 76149000 (aluminium stranded wire, without steel core), July exports totalled 84,598 tonnes, down 12.2 percentage points M-o-M, a decrease of 11,787 tonnes from 96,385 tonnes in June.

The share of pure aluminium stranded wire in total exports pulled back to 82.3 per cent from 85.8 per cent in June, but has remained above 80 per cent for the fourth consecutive month, indicating that the backlog orders locked in during the export profit window are still being released.

The pure aluminium stranded wire was exported to 81 countries and regions. The top 15 destinations accounted for 80,546 tonnes, or 95.2 per cent of total exports. Compared to June, the top 15 pattern underwent a clear reshuffle: major former markets such as South Korea, Vietnam, and Japan saw significant pullbacks, while destinations like Montenegro, Malaysia, and Thailand grew countertrend or entered the list.

Steel-cored aluminium stranded wire (HS code 76141000): monthly exports of 18,000 tonnes. In July, steel-cored aluminium stranded wire was exported to 56 countries and regions, with export concentration declining compared to June: the top ten countries accounted for 13,914 tonnes, or 76.4 per cent of total exports (89.8 per cent in June).

Although Saudi Arabia still ranked first with 4,190 tonnes (23.0 per cent share), it fell 22.0 per cent M-o-M, as the concentrated delivery peak of Middle East power grid projects passed. Four countries—Greece, Nigeria, Egypt, and Niger—newly entered the top ten, indicating a diversification of export destinations. The export of ACSR has shown a structural adjustment feature: the Middle East is retreating while Europe and Africa are filling the gap.

Saudi Arabia was down 22.0 per cent M-o-M but still accounted for a 23.0 per cent share, as the delivery peak for Middle East power grid expansion projects has neared its end. Finland surged 122.2 per cent M-o-M to 1,102 tonnes, sustaining the purchasing heat for ACSR in the Nordic market; Greece entered the ranking for the first time with 1,089 tonnes, echoing Montenegro's surge in all-aluminium conductor, reflecting the overall demand for aluminium wire and cable from infrastructure projects in the Balkan and Southeast Europe region.

Three African countries—Nigeria (708 tonnes), Egypt (687 tonnes), and Niger (526 tonnes)—newly entered the top 10, indicating that demand for ACSR from African power grid construction is being released.

SMM comment: Overall, the pullback in exports in July confirmed the direction of "high-level adjustment," but since August, the SHFE/LME aluminium price ratio has shown signs of a slight recovery, and the price spread window between Chinese and overseas markets has opened somewhat, providing new profit margins for ACSR exports. Coupled with some remaining volumes of earlier locked-in orders to be delivered, ACSR exports in August are expected to be more resilient than previously forecast, and the pullback may narrow further.

Based on the cumulative 386,200 tonnes from January to July, combined with the new development of a slightly wider price spread between Chinese and overseas markets in August, H2 exports will feature a pattern of "slow pullback → support at the bottom." Full-year exports are expected to total 530,000-580,000 tonnes, a significant increase from 2025. Going forward, close attention should be paid to the price spread trend in August and the signing of new orders to verify the sustainability of export resilience.

Note: This article has been issued by SMM and has been published by AL Circle with its original information without any modifications or edits to the core subject/data.

30G-ready aluminium capacitors: KYOCERA AVX unveils vibration-proof AEVA, AEVB series

Wed, 26 Aug 2026 08:05:00 +0530

US-headquartered global manufacturer of advanced electronic components, KYOCERA AVX has launched two new aluminium electrolytic capacitor series, viz., AEVA and AEVB, designed for high-vibration and high-temperature resistance in industrial applications such as robotics, motor controls, photovoltaic inverters, DC/DC converters, UPS systems etc.

The objective of developing the AEVA and AEVB series is to address mechanical stress, a primary limitation for aluminium electrolytic capacitors used in demanding industrial environments. Mack Cartagena, Staff Research Development Engineer at KYOCERA AVX, stated, “Mechanical stress has long been a critical concern for aluminium electrolytic capacitors.”

To know the global production, demand and consumption forecasts of aluminium extrusions, explore our report “The World of Aluminium Extrusions to 2035”

In order to improve vibration resistance, KYOCERA AVX has integrated plastic supports within the compact surface-mount design. Meanwhile, shaping the specialised terminations increase the soldering area and strengthen the connection between the capacitor and circuit board.

The capacitors use liquid electrolytes and offer high-CV performance in relatively compact packages. They can withstand acceleration of up to 30G, while the temperature range extends to +125°C.

The series also features low ESR, low leakage and long endurance, with rated lifetimes reaching up to 5,000 hours at rated voltage and 125°C. Both are compatible with lead-free manufacturing and RoHS requirements.

The components are supplied on 15-inch reels and are compatible with reflow soldering, enabling automated placement.

AEVA and AEVB specifications

The AEVA Series is available in five case sizes — 0810, 1010, 1213, 1616 and 1821.

It covers rated voltages from 6.3VDC to 100VDC and capacitance from 10μF to 4,700μF, with an operating temperature range of -55°C to +125°C. Endurance reaches up to 4,000 hours at rated voltage and 125°C.

The AEVB Series comes in four case sizes — 0810, 1010, 1213 and 1616.

It features voltage ratings of 16VDC to 50VDC and capacitance from 47μF to 2,200μF, with an operating range extending from -40°C to +125°C, while endurance reaches up to 5,000 hours at rated voltage and 125°C.

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Aiming for demanding industrial applications

KYOCERA AVX mentioned that new aluminium electrolytic capacitors are intended for equipment exposed to sustained vibration and elevated temperatures. Target applications include robotics, embedded motor control units, photovoltaic inverters, power tools, DC/DC converters and uninterruptible power supplies.

Cartagena noted that the new plastic support and specialised terminations were designed to “significantly improve board-mounting strength and ensure reliable performance under up to 30g of acceleration.”

The launch marks the expansion of KYOCERA AVX’s aluminium capacitor portfolio while addressing applications where compact component design, vibration resistance and high-temperature endurance are increasingly gaining importance.

AL Circle is coming up with a new Magazine “ALuminium’s Frontline: OEM Edition 2026.” Feature your brand and opinion in the edition

BIS seizes pharmaceutical aluminium foil worth ₹1.4m from Rohtak firm

Wed, 26 Aug 2026 07:45:00 +0530

The Bureau of Indian Standards has seized about three tonnes of aluminium foil intended for pharmaceutical packaging from a Rohtak-based firm over suspected violations of India’s mandatory quality-certification rules.

The Haryana office of BIS said it recovered about 250 rolls of foil, with an estimated value of INR 1.4 million (USD 14,695), during an enforcement operation at Jainalco Industries Limited.

BIS cites missing licence

According to BIS, the foil was covered by Indian Standard IS 16011, which applies to aluminium and aluminium-alloy foil used for pharmaceutical packaging.

The agency said the company was found in possession of the material without a valid BIS licence, even though the product is subject to a Quality Control Order. Such orders require notified products to comply with the relevant Indian Standard and be covered by the required certification before they are manufactured, sold or distributed.

The seizure followed a search conducted by officers from the BIS Haryana Branch Office on August 25. The evidence collected will be used to determine further enforcement and legal action under the Bureau of Indian Standards Act, 2016, and applicable rules.

To know the global production, demand and consumption forecasts of aluminium extrusions, explore our report "The World of Aluminium Extrusions to 2035"

Packaging quality and public health

Pharmaceutical-grade aluminium foil is used to protect medicines from moisture, light and contamination. BIS said the Quality Control Order covering the product is designed to safeguard public health by ensuring packaging materials meet prescribed quality standards.

“The QCO for aluminium foils for pharmaceutical purposes was aimed at protecting public health by ensuring the quality of such products,” Madhurima Madhav, Director and Head of the Haryana Branch Office, said.

BIS said it would continue enforcement action where certification requirements are not followed. The announcement describes suspected compliance breaches; it does not state that the seized aluminium foil was unsafe or that the company has been found guilty of an offence.

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US-Canada tariff escalation puts aluminium, CO2 and industrial supply chains under pressure

Tue, 25 Aug 2026 17:40:00 +0530

The latest escalation in the US-Canada trade dispute is set to affect several industrial supply chains, including aluminium, CO2, cement, building materials and electronics. The US imposed 50 per cent tariffs on roughly USD 20 billion of Canadian goods on August 22, while Canada plans to retaliate with matching dollar-for-dollar tariffs from September 8.

The move marks a dramatic reversal from the de-escalation a year ago, when Canada removed the majority of its retaliatory tariffs in September 2025.

Aluminium is among the materials directly caught up in the dispute. US tariffs of up to 50 per cent on aluminium and steel are expected to raise packaging costs for the production of soda, sparkling water and other CO2-infused drinks, which relies on imported CO2 cylinders, aluminium cans and machinery.

The wider food and beverage sector and CO2 value chain are also looking vulnerable, while cement, building materials and electronics could have resonance with the industrial gases sector.

Industrial gases and CO2 face further pressure

Non-US Mexico Canada (USMCA)-compliant industrial gases face a 35 per cent tariff, up from an initial 25 per cent. The measure applies to upstream production, including air separation gases, midstream equipment and downstream sectors such as packaged gases, cylinders, and electronic and healthcare applications. USMCA-compliant goods remain exempt.

CO2 could also be affected indirectly if associated compressed gases are imported from tariffed countries, increasing procurement costs. Companies transporting, liquefying or using CO2 may also face effects from slower port operations, higher freight costs or the need to find alternative suppliers.

To know the global production, demand and consumption forecasts of aluminium extrusions, explore our report "The World of Aluminium Extrusions to 2035"

The pressure comes as US brewers are already facing challenges in sourcing CO2 and losing revenues, as discussed during last week’s gasworld CO2 webinar.

Prime Minister Mark Carney said the “US asked too much and offered too little” as Canada confirmed its retaliation would cover steel, dairy, appliances, agricultural equipment, pulp and paper, and electronics.

Total US-Canada trade reached USD 879.9 billlion in 2025, according to Global Statistics. The US goods trade deficit with Canada narrowed to USD 48.3 billion, a 21% improvement on 2024.

Trump raises the stakes

The dispute has become more confrontational, with US President Donald Trump threatening to raise tariffs on Canadian cars, trucks, auto parts and steel to 50 per cent from January 1, 2027.

Trump has also said products manufactured in the US would face zero tariffs.

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Globeflex Capital takes new stake in Kaiser Aluminum

Tue, 25 Aug 2026 20:20:00 +0530

Globeflex Capital L P has acquired a new position in Kaiser Aluminum Corporation, buying 8,903 shares valued at about USD 1.74 million, according to a filing with the US Securities and Exchange Commission.

The investment gave Globeflex an approximately 0.05 per cent stake in the US aluminium producer at the end of the reporting period.

Institutional interest follows strong quarter

The new Kaiser Aluminum investment comes after the company reported record second-quarter financial results. Kaiser Aluminum posted revenue of USD 1.26 billion and earnings per share of USD 5.53, exceeding analysts’ consensus expectations for both measures.

Kaiser Aluminum produces semi-fabricated aluminium products for industrial markets, including aerospace, automotive and packaging applications. Its recent quarterly performance was supported by higher sales and improved profitability.

To know the global production, demand and consumption forecasts of aluminium extrusions, explore our report "The World of Aluminium Extrusions to 2035"

Other funds also added positions

Globeflex was among several institutional investors that disclosed new or expanded Kaiser Aluminum holdings in recent filings.

Fisher Asset Management increased its holding during the fourth quarter, while Hillsdale Investment Management, Harvest Investment Advisors, Louisiana State Employees Retirement System and Jennison Associates also reported new positions during recent quarters, according to regulatory filings cited in the disclosure.

Institutional investors collectively own about 99 per cent of Kaiser Aluminum shares, making changes in fund holdings closely watched by investors.

Kaiser Aluminum stock in focus

Kaiser Aluminum shares were trading near USD 152.50 on Tuesday. The company’s stock has moved through a wide range over the past year, reflecting shifting expectations for aluminium markets, industrial demand and company earnings.

The latest filing shows that Globeflex Capital has added Kaiser Aluminum to its portfolio following the company’s stronger second-quarter results. It does not, by itself, indicate Globeflex’s future investment plans or view on the stock’s price.

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Decoding aluminium extrusion alloy: Why 6xxx grades lead industry choices

Wed, 26 Aug 2026 02:00:00 +0530

The choice of the right aluminium extrusion alloy can have a direct impact on profile strength, corrosion resistance, surface finish, manufacturability and project cost. Aluminium alloy series from 1xxx to 7xxx offer combinations of performance features, but the 6xxx series prevails as the preferred choice for extrusion, offering strength with extrudability and finishing potential.

Alloy selection starts with the application

Aluminium extrusion involves heating a billet and forcing the softened metal through a shaped die to produce profiles ranging from simple bars and channels to complex hollow sections. The alloy composition plays a major role in determining how the metal behaves during extrusion and what properties the finished profile delivers.

To know the global production, demand and consumption forecasts of aluminium extrusions, explore our report “The World of Aluminium Extrusions to 2035”

The seven major wrought aluminium alloy series differ according to their principal alloying elements. The 1xxx series is based largely on pure aluminium and offers high conductivity and corrosion resistance but relatively low strength. The 2xxx series uses copper and delivers higher strength but is more difficult to extrude. The 3xxx series and 5xxx series are good for formability and corrosion resistance. The 7xxx series is high strength but requires slower extrusion speeds.

The 6xxx series, mainly alloyed with magnesium and silicon, is recognised for its combination of extrudability, strength and finish options. Of the commonly used grades, 6063 and 6061 remain especially important for aluminium extrusion applications.

6063 or 6061? Strength is not the only thing to consider

6063 is often selected for projects where surface finish, corrosion resistance and ease of extrusion are important. Good extrudability. Suitable for architectural profiles and applications requiring complex shapes and high-quality anodised finishes.

6061 is stronger and more suitable for structural, machinery and automotive applications where mechanical performance becomes more important.

Other grades can bridge the gap between these two. 6005 and 6005A offer a balance of extrudability and structural strength, while 6082-T6 is positioned for higher-stress applications such as bridges and cranes. 7075-T6 sits at the high-strength end of the spectrum and is aimed primarily at aerospace and defence applications. However, its higher strength comes with poorer extrudability, lower corrosion resistance and higher cost.

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Relevance of temper designation

Alloy selection is only one part of specifying an extrusion. The temper designation determines how the material has been treated and consequently affects its strength, ductility and hardness.

T4 has moderate strength and good formability, used where more forming or bending is required. T5 has good strength and surface qualities and is often used in architectural extrusion. T6 offers improved strength and hardness and is used for structural and load-bearing applications.

Thus, deciding between alloy and temper is a project-specific decision, not necessarily finding the strongest grade available.

Extrudability can impact cost and lead time

The ability of an alloy to flow through an extrusion die has implications for production speed, profile complexity and manufacturing cost.

Easier to extrude grades include 1xxx, 3xxx and 6xxx alloys. More difficult to extrude are 5xxx alloys and stronger 6xxx alloys, such as 6082, says the source. The 2xxx and 7xxx series are much harder, and usually require slower extrusion speeds and higher pressures.

Application determines the right grade

The appropriate alloy ultimately depends on the balance of properties required by the end use.

Automotive and transportation: 6063, 6005A, 6061 and 6082 can provide combinations of strength and lightweight performance.
Building and construction: 6063 and 6060 are suited to applications where appearance, corrosion resistance and anodising are important.
Aerospace and defence: 7075 and 2024 are aimed at applications where high strength-to-weight performance is critical.
Consumer electronics: 6063 and 6060 are useful where thermal performance, appearance and complex heat-sink geometries matter.
Solar and energy: 6005, 6063 and 6082 offer combinations of structural performance, weather resistance and extrusion versatility.

AL Circle is coming up with a new Magazine “ALuminium’s Frontline: OEM Edition 2026.” Feature your brand and opinion in the edition

Cost and recycling add another layer

The 6xxx series is also highlighted for its cost-performance balance. The final economics, however, depend on more than the alloy itself. Tooling complexity, temper requirements, surface finishing, production volumes, dimensional tolerances and machining requirements can all influence the cost of an extrusion.

Sustainability is another consideration. Aluminium can be recycled repeatedly while retaining its properties, and the source notes that recycling requires only a fraction of the energy needed to produce primary aluminium from ore. This makes recycled-content availability another factor that manufacturers can consider when selecting an alloy and extrusion partner.

There is no universal “best” aluminium extrusion alloy. 6063 remains a strong choice for general-purpose and architectural extrusion, 6061 and 6082 offer greater structural capability, while 7075 is reserved for applications where exceptional strength justifies the added manufacturing challenges. The right specification therefore has to balance performance, extrudability, finishing requirements, cost and end-use conditions.

AEC’s skill training aims to future-proof North American aluminium extrusion

Tue, 25 Aug 2026 14:50:00 +0530

The North American aluminium extrusion industry is taking a more coordinated approach to its growing skilled-labour challenge, with the Aluminum Extruders Council (AEC) developing formal skill training with apprenticeship programmes for maintenance technicians, aluminium extrusion press operators and die technicians.

The initiative aims to help extrusion companies attract new talent, retain experienced workers and transfer specialised manufacturing knowledge as workforce shortages become an increasingly important constraint on industry growth.

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AEC’s industry-wide approach to skills development

The shortage of skilled workers has become a major concern across North American manufacturing. Research cited by the industry indicates that manufacturers could need 3.8 million new workers by 2033, with around 1.9 million positions potentially remaining unfilled. At the same time, 79 per cent of manufacturing executives identify skilled labour shortages as their biggest obstacle to growth.

For aluminium extruders, the move bears significance, as most companies are small or medium-sized businesses with limited resources for large-scale workforce development programmes. The AEC is addressing that gap by pooling industry expertise and resources to create training initiatives that individual extrusion companies would find difficult to develop on their own.

A formal apprenticeship programme takes shape

The AEC chose to work through a formal US Department of Labor (DOL) apprenticeship programme, allowing the industry to benefit from an established framework, existing approved programmes and potential funding opportunities.

Because the DOL process involved specific terminology, documentation and registration requirements, the AEC brought in a consultant to guide member companies through it — clarifying responsibilities, registering locations and candidates, and setting up the required classroom training.

The programme initially focused on a generic “Industrial Machine Systems Technician” apprenticeship, since maintenance technicians were a common priority across extrusion facilities. It runs for two years, combining 2,000 hours of on-the-job (OTJ) training annually with 144 hours of related technical instruction, covering hydraulics, pneumatics, electrical systems, electronics and programmable logic controllers.

Member response was strong enough to establish the programme while the AEC was still finding its footing with the DOL. Between late 2024 and 2025, companies at 11 locations across six companies received approval, and the initiative now has nine active apprentices. Even so, getting each location from initial engagement to an active apprenticeship took roughly six to nine months, covering employee education, DOL registration, candidate selection and RTI development.

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AEC zooms in on industry knowledge transfer

With the first apprenticeship established, the AEC turned to two of the industry’s most specialised roles: extrusion press operators and die technicians. Both are fundamental to production and face significant workforce turnover over the next five-plus years, yet no DOL-approved apprenticeship programmes existed specifically for them.

More than two dozen industry specialists worked together on training frameworks for two new programmes:

• Aluminium Extrusion Die Technician – three-year apprenticeship

• Aluminium Extrusion Press Operator – two-year apprenticeship

Both were submitted to the DOL in mid-2024 and approved later that year, giving extrusion companies access to the frameworks to build their own programmes.

Recognising that many companies lack the internal resources for this depth of specialised training, the AEC decided in 2025 to add a supplementary train-the-trainer (TTT) programme, creating capable in-house trainers who can pass on best practices cost-effectively, rather than having every company build a system from scratch.

Building a longer-term extrusion skills pipeline

AEC’s workforce initiative is moving beyond simply filling vacancies. By combining formal apprenticeships, specialised extrusion training and knowledge transfer, the Council is attempting to create a more sustainable skills pipeline for the North American aluminium extrusion industry.

AEC is working with around 20 companies to establish press-operator and die-technician apprenticeships. Given the six-to-nine-month preparation period required for each location, the programme is being developed well ahead of the intended training start.

With press operators and die technicians now part of the formal apprenticeship structure, the next course of action for the Aluminum Extruders’ Council is to scale participation, attempting to build a long-term skills pipeline for the North American aluminium extrusion industry.

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