FE Mottram Ferro-Titanium Expansion Strengthens Baltic Scrap Processing Capacity

Mottram

FE Mottram ferro-titanium expansion is moving into a more important phase in Estonia. The company is installing titanium turnings roasters and ferro-titanium crushers sourced from the former TiVac facility in the UK. This equipment will strengthen titanium scrap processing and improve product preparation at its Ahtme plant. As a result, FE Mottram ferro-titanium expansion is becoming a meaningful development in the Baltic ferro-titanium market.

The first milestone is already complete. Mottram said the turnings roaster has been commissioned and fully tested. That unit removes oil contamination from titanium turnings before melting. Therefore, the new line should improve feed preparation and widen the plant’s scrap handling flexibility.

This matters because scrap quality directly affects melting efficiency and alloy consistency. The roaster also complements Mottram’s existing wash line, which is a more specialized and costly method for higher-grade scrap. Consequently, FE Mottram ferro-titanium expansion gives the company a more practical processing mix for different scrap streams.

Titanium Scrap Processing Gets More Flexible With New Roaster and Crushers

Titanium scrap processing is gaining more flexibility through the new equipment package. One additional crusher is already installed and operating, while two more are nearing commissioning. These crushers can size ferro-titanium into specific fractions such as 10-50mm lumps or 0-2mm powder. As a result, Mottram can improve product customization for different customer requirements.

The company is also benefiting from operational continuity with former TiVac expertise. Former TiVac director Richard Matthewman is advising Mottram in Estonia on scrap processing and ferro-titanium melting. That support matters because equipment transfer alone does not guarantee a smooth scale-up. Therefore, experience and technical know-how are helping reduce execution risk.

The project is not fully complete yet. Installation work has paused temporarily while UK technical specialists return home for a scheduled break. However, Mottram still expects all UK equipment to be fully installed and operational in early March. Meanwhile, that timeline suggests the company remains broadly on track.

FE Mottram Ferro-Titanium Expansion Could Lift Plant Readiness Beyond Current Capacity

FE Mottram ferro-titanium expansion also includes a broader capacity option. The Ahtme plant currently has nameplate capacity of 600 t/month. Mottram plans to commission an additional furnace transferred from the former Mottram/TiVac site at Oakes Green in May-June. That furnace could approximately double plant capacity if fully used.

However, the company’s current strategy is more cautious than aggressive. Mottram plans to reserve the extra furnace as a backup rather than immediately use it as primary expansion capacity. That decision suggests management is prioritizing reliability and operational security. As a result, FE Mottram ferro-titanium expansion looks disciplined rather than speculative.

This approach may prove commercially smart. In ferro-titanium and titanium scrap processing, equipment resilience can matter as much as maximum throughput. A backup furnace gives the plant more flexibility during maintenance, disruptions, or shifts in feedstock quality. Therefore, the company is building a stronger operating platform, not only chasing volume growth.

The Metalnomist Commentary

This project matters because it combines equipment transfer, technical continuity, and cautious capacity planning in one move. FE Mottram is not simply adding machinery. It is building a more flexible titanium scrap processing base that could strengthen its position in the regional ferro-titanium market.

EU Ferro-Titanium Prices Decline Amid Weak Demand and Russian Imports

Russian Ferro-Titanium

Ferro-titanium prices in the European and UK markets have faced a significant decline of 6.5% in the second half of 2024, driven by several key factors. The most notable reasons for this decrease include an ongoing influx of Russian ferro-titanium imports, weakening demand from steel mills, and a substantial drop in the cost of titanium scrap.

As of recent assessments, Russian ferro-titanium prices are sitting at $5.20–5.60 per kilogram of titanium delivered to Europe (import duty unpaid), representing a widening discount compared to European and UK market prices. Sellers in Europe, holding large inventories, are eager to offload their stock before the end of the year, while Russian producers are scrambling to secure contracts before sanctions take full effect on December 20, 2024.

Russian Imports and Weak Demand Pressure Prices

Historically, ferro-titanium prices see an uptick in the first quarter, driven by steel mills restocking and seasonal disruptions in scrap deliveries around late December and early January. This year, however, the expected price rally failed to materialize. Although European Union (EU) sanctions initially prompted some price increases due to mills tightening procurement terms, the continued influx of Russian imports has kept prices under pressure. While Russian ferro-titanium volumes to the EU have fluctuated, the EU has remained the largest importer of Russian material.

From January to August 2024, the EU imported 6,115 tons of Russian ferro-titanium, down from 8,018 tons in the same period of the previous year. However, in July and August, imports rose by 21% and 9%, respectively. Estonia and the Netherlands accounted for 70% of these imports, with Germany and Latvia sharing the remainder. Despite a drop in overall imports, the EU continues to face competition from other regions, particularly China, which has seen a rise in Russian ferro-titanium exports.

The lack of spot demand across multiple non-ferrous markets, including those adjacent to steel and aluminum industries, has been a contributing factor. The sluggish performance of Europe's automotive and construction sectors further dampened demand. Steel association Eurofer recently downgraded its 2024 steel consumption forecast to a 1.8% contraction, signaling weak prospects for the steel market in Europe. The closure of Volkswagen plants in Germany and ongoing industrial slowdowns have heightened concerns over Europe's economic outlook.

Titanium Scrap Costs and Market Outlook

The downturn in ferro-titanium prices has been exacerbated by a sharp drop in titanium scrap prices. In early October 2024, titanium turnings prices plummeted, prompting ferro-titanium prices to follow suit. As scrap dealers began releasing more material into the market, the availability of titanium scrap increased, driving down prices further. Currently, the spread between 90/6/4 titanium turnings and ferro-titanium in Europe is around $3 per kilogram, up from a year-to-date average of $2.81 per kilogram. In the U.S., titanium scrap prices have also fallen, with mixed turnings now priced at $0.90–1.00 per pound.

Scrap processors, sitting on high inventories of aerospace-grade turnings and solids, may push out more ferro-titanium grade material to free up space and generate cash flow before the year ends. This move could further intensify the downward pressure on ferro-titanium prices, as scrap processors attempt to liquidate their stocks.

Market Forecast and Challenges Ahead

Despite expectations of a price rebound, both short-term and medium-term forecasts for the ferro-titanium market remain uncertain. Eurofer has projected a 3.8% recovery in steel consumption by 2025, while the World Steel Association expects a 1.2% growth in the global steel market in 2025. However, these increases are unlikely to signal a full recovery, as they come after two years of contraction in the sector. As Europe grapples with economic challenges, the demand for ferro-titanium remains subdued, and prices are expected to stay under pressure in the coming months.

ELG Utica titanium solids center signals major shift in US titanium scrap

Titanium Scrap

ELG Utica titanium solids center plans highlight a strategic realignment in US specialty metals recycling. The ELG Utica titanium solids center will move solids processing from Hartford, Connecticut, to a new highly automated US “center of excellence.” As a result, the ELG Utica titanium solids center strategy will free Hartford to focus on higher-throughput titanium turnings processing.

New US “center of excellence” for titanium solids

ELG Utica Alloys will shut titanium solids operations at its Hartford facility as part of this realignment. The company will instead process titanium solids at a new specialised production site somewhere in the US. The new center will feature higher levels of automation and greater capacity for titanium solids processing.

The company has not disclosed the location or provided capacity estimates for the new facility. However, ELG expects the center to be operational in 2027. This timing aligns with growing aerospace and industrial demand for certified titanium scrap streams.

Hartford shifts toward higher titanium turnings throughput

The split between solids and turnings processing will reshape ELG’s US titanium footprint. Hartford will increasingly focus on boosting throughput of titanium turnings, which require different handling and safety protocols. This separation should improve operational efficiency and yield across both solids and turnings product lines.

Customers may benefit from more consistent quality and tighter specifications as each site specialises further. Meanwhile, the new automated facility should support tighter process control and lower unit costs for titanium solids. That combination will be important as OEMs and melt shops push for reliable, traceable, low-contamination titanium scrap feedstock.

The Metalnomist Commentary

This move underscores how titanium recyclers are redesigning plant networks around product specialisation, automation and customer qualification needs. While the lack of capacity guidance leaves some uncertainty, a dedicated ELG Utica titanium solids center should strengthen Western titanium scrap supply chains by 2027. The key watchpoint will be where the new site lands and how aggressively competitors respond with their own “centers of excellence.”

European Aluminium Industry Pushes for Scrap Export Restrictions

Al scrap

Rising Pressure for Scrap Export Controls

The European aluminium scrap market is facing mounting pressure as supply tightness collides with strong export demand. Industry groups such as European Aluminium and Aluminium Deutschland have intensified lobbying for export tariffs to secure domestic scrap supply. Their push comes as the US raises tariffs on primary aluminium imports, potentially boosting American demand for European scrap.

Exports of European aluminium scrap surged in recent years, particularly to Asia. The EU and UK together shipped 1.57mn tonnes in 2024, a 23pc increase compared with 2022. India and China accounted for the bulk of these flows, while exports to the US, though smaller, grew sharply. European Aluminium warned that rising US interest, combined with current supply shortages, risks creating a “full-blown scrap crisis.”

Industry Debate and Market Risks

However, not all stakeholders agree that restrictions are the solution. Scrap merchants argue that supply shortfalls are driven more by weak industrial activity than by exports. Low production in automotive, construction, and machinery has reduced available grades like aluminium turnings, which are essential for European secondary smelters. They caution that tariffs may not address these structural issues and could trigger reciprocal trade barriers, complicating Europe’s own scrap imports.

At the same time, many producers identify high energy costs as the bigger threat to smelter viability. Merchants note that no smelter closures have been directly tied to scrap shortages, while escalating electricity prices have forced cutbacks. Despite this, calls for restrictions continue to gain traction, reflecting a broader trend of resource nationalism as countries prioritize domestic recycling over exports.

The Metalnomist Commentary

The debate over aluminium scrap export restrictions underscores a critical tension between free trade and industrial security. While tariffs may stabilize domestic availability, they risk distorting markets and inviting retaliation. The EU must weigh these risks carefully, especially as global competition for low-carbon feedstock intensifies. Energy costs, more than scrap scarcity, remain the sector’s existential challenge.

Aluminz aluminum tolling plant to boost US recycling capacity in Texas

Aluminz

Aluminz aluminum tolling plant will open in Texas to expand closed-loop recycling. The Aluminz aluminum tolling plant targets mid-to-late 2027 startup with 140,000 t/yr capacity. As a result, the Aluminz aluminum tolling plant aims to cut waste and customer emissions.

Capacity, location, and process flow

Aluminz will build in Mount Pleasant, Texas, near major rail lines. The site spans 220,000 ft² on a 155-acre lot. The plant will use two tilting rotary furnaces and one reverberatory furnace. A cast house will produce alloy sows for revert services. The project cost exceeds $50mn, mostly via municipal bonds. Permitting is underway ahead of construction this fall.

Target feedstock, yield gains, and by-product strategy

Aluminz will toll white and black dross and turnings scrap. White dross contains 15–70% aluminum; black dross averages 12–18%. The company plans to lift yields from painted, anodized, or oily turnings. It estimates diverting about 60,000 t/yr of aluminum waste from landfills. Saltcake will be processed into reusable salt flux and aluminum oxides. Cement makers and other industries could use the oxides.

Aluminz sees an underserved US market for dross and turnings. Domestic primary aluminum still relies on imports. The US also imported 660,000 t of scrap in 2024. Therefore, added tolling capacity should strengthen regional supply chains. Customers will sign LOIs now and finalize contracts at startup.

The Metalnomist Commentary

This project tightens a weak link in North American aluminum circularity. Furnace choice, saltcake valorization, and rail access support competitive costs. If execution holds, Aluminz could set a template for dross-to-alloy recovery at scale.

Venture Metals Expands US Footprint with Strategic Acquisitions

Venture Metals

Acquisition of Thalheimer Bros and Mega Metals Bolsters Nonferrous Capabilities

Venture Metals has acquired Thalheimer Brothers and its subsidiary, Mega Metals. This strategic move significantly expands Venture's nonferrous recycling operations. The acquisitions add processing facilities in Philadelphia, Pennsylvania, and Phoenix, Arizona. These locations complement Venture's existing plants in Texas, Illinois, and South Korea. Mega Metals, specializing in titanium scrap, brings a critical new capability. 

This acquisition includes titanium 6-4 turnings, approved for aerospace reuse. Thalheimer Brothers strengthens Venture's position in stainless steel, copper, and aluminum recycling. They also handle nickel-based alloys and high-temperature metals. Rich Reiner will continue as CEO of both Thalheimer and Mega. Venture Metals aims to enhance its market presence in the US.

Titanium Expertise and Market Expansion

Mega Metals' focus on titanium scrap is a key asset. They are approved to handle titanium 6-4 turnings for aerospace. This includes 6-4 bulk weldable and 6-4 feedstock. They also process "ferrous" grades for ferro-titanium production. This serves both US and European markets. This expansion signifies Venture Metals' commitment to specialized metal recycling.

Aerospace-grade titanium ingot order strengthens India’s space titanium supply chain

PTC Industries

India’s aerospace-grade titanium ingot order signals faster domestic capability for space programs. PTC will execute this aerospace-grade titanium ingot order for ISRO’s Vikram Sarabhai Space Center. As a result, the deal accelerates India’s push for reliable 6Al-4V capacity.

From titanium sponge to 6Al-4V ingots for space hardware

The contract centers on converting 40 tonnes of Grade 1 titanium sponge into 6Al-4V ingots. PTC will use double vacuum arc remelting to hit aerospace consistency. Meanwhile, its Aerolloy unit already commissioned VAR and VIM furnaces in September.

PTC also positions the order as a stepping stone to wider aerospace qualification. Therefore, the company can translate space-grade deliveries into broader defense demand. The aerospace-grade titanium ingot order also validates its process route for premium alloys.

PAM scale-up expands scrap flexibility and alloy development

Aerolloy completed installation of a plasma arc melting furnace in Lucknow. The PAM line targets 600 tonnes per year of titanium ingots. Meanwhile, Aerolloy plans trial loads as commissioning begins.

The PAM furnace improves yield control when using turnings and smaller scrap forms. However, scrap sourcing still requires strict segregation and chemistry discipline. Therefore, PAM plus VAR can support smaller-batch “exotic” alloy programs with tighter specifications.

PTC is also building a fully integrated titanium platform across the value chain. The company aims to add upstream sponge and expand casting and machining services. Meanwhile, supply agreements with aerospace primes support longer-term demand visibility.

The Metalnomist Commentary

This order matters because it links space procurement to scalable industrial melting capacity. However, qualification depth will decide whether PTC wins recurring engine and airframe work. The winners will pair melting scale with repeatable metallurgy and inspection throughput.

Major Fire at Precision Castparts Facility Disrupts Aerospace Fastener Production

Precision Castparts Fastener

Titanium-based fastener supply expected to tighten as STS-Jenkintown plant goes offline

Fire Halts Operations at Aerospace Fastener Plant in Pennsylvania

A four-alarm fire broke out at Precision Castparts STS-Jenkintown facility in Pennsylvania on Monday night, severely damaging the building and forcing operations offline indefinitely. The fire triggered multiple explosions and impacted both the manufacturing area and warehouse. Although emergency crews contained the blaze, it remained active through Tuesday afternoon.

Authorities have yet to confirm an official cause, but the company suspects an electrical transformer may have ignited the fire. While no injuries were reported among the 60 on-site workers, residents within a one-mile radius were urged to evacuate voluntarily due to concerns over air quality.

Titanium Fastener Supply Faces Further Pressure

Precision Castparts produces high-performance fasteners at the Jenkintown site using aerospace-grade titanium and other heat-resistant alloys. These components serve critical roles in aircraft structures, engines, and power generation systems. The company also supplies fasteners to the medical sector.

The shutdown is expected to further tighten the supply of 6-4 titanium turnings, a key by-product of aerospace fastener manufacturing. This grade is vital for downstream producers of titanium ingots and alloys. Market participants already facing limited scrap availability now anticipate increased pricing pressure.

The incident adds new uncertainty to an already fragile aerospace titanium supply chain. Market watchers now await updates on repair timelines and whether Precision Castparts can redirect production elsewhere within its fasteners division.