Europe Tungsten Market Report

Europe Tungsten Market Size

The Europe tungsten market size was calculated to be USD 1.41 billion in 2024 and is anticipated to be worth USD 2.80 billion by 2033, from USD 1.53 billion in 2025, growing at a CAGR of 7.87% during the forecast period.

Tungsten is a refractory metal distinguished by the highest melting point of all metals at 3422 degrees Celsius and exceptional density and hardness, and serves as a critical enabler of high-performance industrial and defense applications across Europe. In this region, tungsten is not mined commercially at scale but functions as a strategic imported material processed into powders, carbides, and finished components for cutting tools, wear-resistant parts, and electronic substrates. The reliance of Europe on external sources is indicated by its classification of tungsten as a Critical Raw Material under the European Commission’s 2023 list, which identifies 34 materials vital to the EU’s green and digital transitions yet exposed to supply risk. Tungsten recycling plays an important role in Europe’s supply chain, with end‑of‑life recovery of cemented carbide scrap contributing significantly to secondary supply. Tungsten alloys are increasingly specified in kinetic energy penetrators and radiation shielding due to their high density and non‑pyrophoric nature compared to depleted uranium. With the EU’s Net Zero Industry Act prioritizing domestic manufacturing of clean tech components, the metal’s strategic relevance continues to grow despite the absence of primary production. This dependency on secure processing and recycling, rather than mining, defines the unique structure of the Europe tungsten market.

MARKET DRIVERS

Demand from Advanced Manufacturing and Precision Machining

The sustained demand for tungsten in Europe is primarily driven by its irreplaceable role in cemented carbide cutting tools essential for precision machining in aerospace, automotive, and energy sectors, which is one of the key factors driving the European tungsten market growth. Cemented carbides are the dominant material for metal cutting tools used in EU manufacturing. Germany hosts thousands of precision machining facilities that collectively consume significant volumes of tungsten annually in tool inserts and drills. The rise of electric vehicles has intensified this demand, as machining hardened steel rotor shafts and aluminum battery housings requires wear-resistant carbide tools with nanoscale tungsten grain structures. Additionally, the European aerospace industry, led by Airbus and Safran, relies on tungsten carbide tools to machine nickel-based superalloys used in jet engines, which is a process that generates extreme heat where conventional high-speed steel fails rapidly. The EU’s Industrial Strategy for Strategic Sectors explicitly identifies advanced tooling as a bottleneck industry requiring material security, which is reinforcing procurement stability for tungsten-based consumables. This deep integration into high-value manufacturing ensures consistent demand irrespective of commodity price cycles.

Defense Modernization and Non-Pyrophoric Ammunition Requirements

The defense sector of Europe is an emerging driver of tungsten consumption due to regulatory and ethical shifts away from depleted uranium in kinetic energy penetrators, which is further boosting the regional market expansion. Tungsten heavy alloys offer comparable density and penetration capability without the radiological hazards associated with uranium. Many EU member states have adopted national policies restricting or banning depleted uranium munitions, which is creating a structural shift toward tungsten-based alternatives. Sweden’s BAE Systems Bofors and Germany’s Rheinmetall have both qualified 30 millimetre and 120 millimetre tungsten penetrators for use in armoured vehicle and main battle tank systems, with production ramping under the European Defence Fund’s capability development programs. EU defense procurement is projected to reach hundreds of billions of euros annually by 2030, with ammunition modernization representing a significant sub-segment. Furthermore, the use of tungsten in radiation shielding for medical and nuclear applications complements defense demand under dual-use material frameworks. This convergence of ethical procurement mandates and strategic autonomy objectives solidifies tungsten’s role in Europe’s security industrial base.

MARKET RESTRAINTS

High Import Dependency and Geopolitical Supply Concentration

The Europe tungsten market faces a critical restraint due to its near-total reliance on imported raw materials, with the majority of tungsten concentrates sourced from China. China not only dominates global tungsten mine production but also controls key processing facilities for ammonium paratungstate and tungsten powder. This creates a dual vulnerability, which is supply chain disruption risk and limited pricing leverage. The 2023 EU Critical Raw Materials Act acknowledges tungsten’s high import dependency, well above the risk threshold. Although the EU has secured limited tungsten from secondary sources in Rwanda and Bolivia, these flows are inconsistent and often lack traceability under OECD due diligence guidelines. The absence of primary tungsten mining in Europe further exacerbates exposure. While recycling offsets some demand, it cannot replace virgin material for high-purity applications like sputtering targets. This structural import reliance constrains strategic autonomy and amplifies vulnerability to export restrictions or trade measures imposed by dominant supplier nations.

Stringent Environmental Regulations on Tungsten Processing

The stringent environmental regulations governing heavy metal emissions and chemical usage in powder metallurgy are also impeding the tungsten market growth in Europe. The EU Industrial Emissions Directive requires tungsten chemical plants to operate under Best Available Techniques reference documents that limit airborne emissions. Additionally, the REACH regulation classifies tungsten trioxide as a substance of potential concern for aquatic toxicity, which requires extensive risk management measures during catalyst and pigment manufacturing. Tungsten compound registrations have undergone substance evaluation since 2020, which has led to usage restrictions in consumer applications. These regulatory hurdles increase compliance costs for European processors such as Plansee and Sandvik, which discourages investment in new refining or powder production capacity. In contrast, jurisdictions with less rigorous oversight can produce tungsten chemicals at lower cost, reinforcing Europe’s role as a downstream fabricator rather than an integrated producer. Consequently, the regulatory environment acts as a structural barrier to vertical integration and domestic value chain expansion in the tungsten sector.

MARKET OPPORTUNITIES

Expansion of Green Hydrogen Electrolyzer Manufacturing

The rapid scale-up of green hydrogen infrastructure across Europe presents a significant opportunity for tungsten in bipolar plates and wear components for proton exchange membrane electrolyzers. Tungsten-based coatings and alloys offer exceptional corrosion resistance in acidic electrolytic environments where stainless steel degrades rapidly. According to the European Hydrogen Backbone initiative, over 53,000 kilometres of hydrogen pipeline infrastructure and 40 gigawatts of electrolyzer capacity are planned by 2030, which requires millions of bipolar plates with conductive and inert surfaces. Companies like ThyssenKrupp Nucera and Nel Hydrogen specify tungsten carbide or tungsten-doped coatings to extend stack lifetime. The European Commission’s Net Zero Industry Act designates electrolyzer manufacturing as a strategic net zero technology with production targets of 25 gigawatts annually by 2030 within the EU. This industrial policy directly translates into predictable demand for tungsten-based materials in critical stack components. Furthermore, tungsten’s compatibility with plasma spraying and physical vapor deposition enables scalable coating processes aligned with high-volume electrolyzer assembly. As Europe seeks energy independence through hydrogen, tungsten transitions from a niche industrial metal to a foundational enabler of clean energy hardware.

Growth in Semiconductor and Advanced Packaging Applications

Tungsten is gaining strategic relevance in Europe’s emerging semiconductor ecosystem through its use as a barrier metal and interconnect material in advanced chip packaging, which is another notable opportunity for the regional market. Through silicon via and redistribution layer processes, tungsten’s low resistivity and excellent adhesion to dielectrics make it indispensable for high-density interconnects in automotive and AI chips. The European Chips Act has committed over 43 billion euros to establish a resilient semiconductor supply chain, including packaging facilities in France, Germany, and Italy. Tungsten consumption per wafer is expected to rise significantly in 3D chip stacking architectures compared to planar designs. Additionally, tungsten sputtering targets are essential for depositing diffusion barriers in power semiconductors used in electric vehicle inverters, which is a segment expanding rapidly under EU electrification mandates. With the EU aiming for 20% global semiconductor production by 2030, the demand for high-purity tungsten targets and precursors will grow in tandem. This alignment with Europe’s digital sovereignty agenda transforms tungsten from a traditional hard metal input into a critical enabler of next-generation electronics manufacturing.

MARKET CHALLENGES

Limited Domestic Recycling Infrastructure for Complex Alloys

A major challenge confronting the Europe tungsten market is the technological limitation in recycling complex tungsten heavy alloys used in defense and aerospace applications. While cemented carbide scrap from machining is efficiently recovered through established zinc recovery or direct reprocessing routes, tungsten nickel iron alloys pose significant separation difficulties. These alloys are often embedded in composite munitions or sealed radiation shields, which makes disassembly and sorting economically unviable. Recovery rates for tungsten from end-of-life defense components remain very low in Europe due to a lack of certified demilitarization and hydrometallurgical facilities. Unlike carbide scrap, which maintains phase purity, heavy alloy scrap contains mixed binders that complicate re-refining into high-purity tungsten powder. This gap undermines the EU’s circular economy ambitions and perpetuates reliance on virgin imports for strategic applications. Without investment in specialized alloy recycling technologies or policy incentives for defense scrap return, Europe will remain exposed to primary supply risks despite its leadership in carbide recycling.

Technological Substitution in Cutting Tool Applications

The Europe tungsten market faces a latent challenge from ongoing material substitution in metal cutting applications, particularly through the adoption of polycrystalline cubic boron nitride and ceramic inserts for high-speed machining of cast iron and superalloys. These alternatives offer higher thermal stability and longer tool life in specific operations, which reduces part tungsten consumption. Cemented carbide retains dominance in general machining, though its share in high-performance applications has faced pressure from ceramic adoption in automotive powertrain manufacturing. Additionally, additive manufacturing of near-net shape tool bodies reduces overall material usage compared to traditional blank machining, which directly lowers tungsten demand. Although these shifts are incremental, they signal a long-term erosion risk in Europe’s largest tungsten application segment. Compounding the issue, research into tungsten-free hardmetals using titanium diboride or tantalum carbide is advancing at institutes like KTH Royal Institute of Technology, though commercial viability remains distant. Nevertheless, the cumulative effect of process optimization and alternative materials pressures the traditional demand foundation of the Europe tungsten market.

REPORT COVERAGE

SEGMENTAL ANALYSIS

By Type Insights

The wires segment dominated the Europe tungsten market by holding 42.8% of the regional market share in 2024 due to their irreplaceable role in lighting electronics and precision industrial applications. The primary driver contributing to the dominance of the wires segment in the regional market is attributed to their use as filaments in halogen and specialty incandescent lamps, still mandated in automotive headlamps, aviation signal lighting, and medical diagnostic equipment, where LED alternatives cannot replicate spectral output or thermal stability. Automotive halogen bulbs containing tungsten filaments continue to be produced in the EU despite broader LED adoption. Additionally, tungsten wires serve as evaporation sources in physical vapor deposition for semiconductor metallization, which is a process critical to power device manufacturing. Companies like Osram and Signify maintain dedicated tungsten wire supply chains for legacy and niche lighting systems that comply with ECE Regulation 37 for vehicle lighting safety. Furthermore, in the field of electron microscopy and mass spectrometry high high-purity tungsten wires are used as cathodes due to their thermionic emission stability at 2500 degrees Celsius. Analytical instruments produced in Germany and the Netherlands rely heavily on tungsten wire components. This combination of regulatory entrenchment, technical specificity, and scientific necessity is majorly contributing to the domination of the wires segment in the European tungsten market.

The foils segment is predicted to be the fastest growing segment in the Europe tungsten market and during the forecast period, owing to their adoption in radiation shielding and semiconductor thermal management. With thicknesses ranging from 0.025 to 0.5 millimetres, these foils offer high density and X-ray attenuation in compact medical devices such as portable radiotherapy collimators and dental imaging sensors. Radiotherapy units installed across EU hospitals in recent years incorporate tungsten foil apertures to shape radiation beams with sub-millimetre precision. Simultaneously, the European Chips Act’s push for advanced packaging has elevated demand for tungsten foils as thermal spreaders in high-power laser diodes and 3D stacked chips, where coefficient of thermal expansion matching is critical. IMEC in Belgium and CEA Leti in France now specify ultra-thin tungsten foils in their heterogeneous integration roadmaps to manage high heat flux. Plansee and H.C. Starck have responded by installing precision rolling lines in Austria and Germany capable of producing foils with surface roughness below 0.1 micrometres. These dual drivers in healthcare and microelectronics propel foil demand at the highest growth rate among tungsten forms and drive the expansion of the foil segment in this regional market.

By Product Insights

The carbides segment led the market by capturing 65.5% of the European tungsten market share in 2024. The dominance of the carbides segment in the European market is driven by their central role in industrial cutting wear and mining tools. Cemented tungsten carbide is the material of choice for indexable inserts, drills, and milling cutters used in high-precision machining of steel, titanium, and composites. Carbide tools remain the backbone of metal removal in EU automotive and aerospace factories, lasting significantly longer than high-speed steel alternatives. Germany’s machine tool sector consumes substantial volumes of tungsten carbide annually, which supports the production of millions of vehicles and numerous commercial aircraft components. The circularity of carbide scrap further entrenches its dominance as Europe recycles a large share of used inserts through zinc recovery or direct reprocessing. This closed-loop system aligns with the EU Circular Economy Action Plan and reduces reliance on virgin tungsten. Given that no commercially viable substitute matches carbide’s hardness, toughness, and thermal conductivity in metalworking, the segment’s leadership remains unchallenged.

The tungsten chemicals segment is anticipated to register a promising CAGR of 7.04% over the forecast period in the European market, owing to their use in catalysts, pigments, and electronic precursors. Ammonium paratungstate and tungsten trioxide serve as key intermediates for hydrodesulfurization catalysts in refineries transitioning to low-sulfur fuels undethe r EU Fuel Quality Directive mandates. Diesel produced in the EU must contain less than 10 parts per million sulfur, driving demand for high-activity tungsten molybdenum catalysts. Simultaneously, tungsten oxide nanoparticles are gaining traction as smart window coatings that modulate infrared transmission, which is critical for building energy efficiency under the Energy Performance of Buildings Directive. Tungsten hexafluoride is essential for chemical vapor deposition of tungsten contacts in thin film silicon photovoltaics with pilot lines scaling in France and Italy. Companies like Solvay and Chemetall have expanded high-puritygsten chemical production in Belgium and Germany to meet semiconductor and clean tech specifications. These regulatory and technological tailwinds position tungsten chemicals as the highest growth segment despite their smaller absolute volume.

By EnUserer Industry Insights

The machine tools and equipment segment is the largest end user of tungsten in Europe by capturing 51.5% of the regional market share in 2024 due to the continent’s status as a global leader in precision manufacturing. This industry consumes the majority of tungsten carbide for cutting in insert tool holders and wear parts essential for machining aircraft engines, automotive powertrains, and medical implants. Europe produced billions of euros worth of machine tools in 2023, with Germany, Italy, and Switzerland serving as core hubs. Each high-end CNC machine integrates hundreds of carbide components requiring replacement every 500 to 2000 operating hours. Industrial machining centers across the EU generate annual tooling expenditures in the billions of euros. Furthermore, the EU’s Industrial Strategy for Strategic Sectors identifies advanced tooling as critical for supply chain resilience, reinforcing public and private investment in domestic carbide production. This deep integration into Europe’s industrial backbone ensures sustained and dominant tungsten demand from the machine tools sector.

The electrical and electronics segment is the fastest-growing end-user segment for tungsten in Europe and registers a CAGR of 8.8% over the forecast period in the regional market, owing to the semiconductor manufacturing and power electronics for electrification. Tungsten is used as a barrier metal interconnect and sputtering target in integrated circuits where its low resistivity and thermal stability are unmatched. The European Chips Act has committed 43 billion euros to build a resilient semiconductor ecosystem with advanced packaging facilities in France, Germany, and the Netherlands, expected to consume over 120 metric tons of high-purity tungsten annually by 2030, according to CEA Leti. Simultaneously, the shift to electric vehicles is boosting demand for tungsten in power modules as silicon carbide inverters use tungsten-based contacts to handle 800-volt architectures now standard in premium EVs from BMW and Stellantis. The European Power Electronics Association estimates that over 3 million electric vehicles will be used in the EU in 2024, incorporating wester-containing power electronics. Additionally, tungsten wires and foils are essential in X-rays for semiconductor metrology equipment produced by companies like Zeiss and ASML. These converging trends in digital and energy sovereignty make electrical and electronics the highest growth tungtungsten-userment.

REGIONAL ANALYSIS

Germany Tungsten Market Analysis

Germany stood as the undisputed leader in the Europe tungsten market in 2024 by accounting for 26.6% of the European market share. The dominance of Germany in the European market can be credited to its world-class machine tools and automotive and semiconductor industries. Germany hosts thousands of precision machining facilities that collectively consume significant volumes of tungsten carbide annually. Major end users include Siemens, Bosch, and Volkswagen, which rely on tungsten tools for engine block and EV component production. Germany is also home to leading tungsten processors such as Plansee and H.C. Starck, which operate advanced powder metallurgy and wire drawing facilities serving global aerospace and electronics clients. The Federal Ministry for Economic Affairs and Climate Action has designated tungsten as a strategic material under the High-Tech Strategy 2025, with funding for recycling R&D at Fraunhofer institutes. Additionally, Germany’s participation in the European Chips Act includes a multibillion‑euro national initiative to build semiconductor fabs in Dresden and Berlin, further elevating demand for tungsten sputtering targets and wires. These industrial policies strengthen manufacturing strengths, cement Germany’s dominant position.

France Tungsten Market Analysis

France captured the second leading share of the Europe tungsten market in 2024. The growth of the French market is driven by its aerospace defense and emerging semiconductor sectors. Airbus Defence and Space and Safran consume significant volumes of tungsten carbide for machining nickel-based superalloys in jet engines. France is a cornerstone of the European Chips Act, hosting CEA Leti in Grenoble, which is a leading R&D center for 3D integration that uses tungsten foils and chemicals in advanced packaging. The government’s France 2030 investment plan has earmarked billions of euros for semiconductor sovereignty, including an STMicroelectronics fab in Crolles expected to drive tungsten target demand. These strategic industrial pillars ensure France’s robust tungsten consumption profile.

Italy Tungsten Market Analysis

Italy is anticipated to account for a prominent share of the Europe tungsten market over the forecast period due to its specialized machinery, luxury automotive manufacturing base. The Italian machine tool sector exported billions of euros worth of equipment in 2023, with companies like DMG Mori Italy and Ficep relying on tungsten carbide for wear parts in rebar processing and precision lathes. Additionally, high-performance automotive producers Ferrari, Lamborghini, and Ducati specify tungsten alloy counterweights and valve train components to enhance engine balance at high RPM. The Italian National Recovery and Resilience Plan allocates significant funding to advanced manufacturing, including support for hard metal R&D at the University of Bologna. Italy also hosts key tungsten recycling operations in Lombardy, where large volumes of carbide scrap are reprocessed annually. This blend of niche industrial excellence and circular economy infrastructure sustains Italy’s significant tungsten demand despite limited domestic processing.

Sweden Tungsten Market Analysis

Sweden secured a notable position in the Europe tungsten market in 2024 owing to its advanced defense and mining technology sectors. BAE Systems Bofors in Karlskoga is Europe’s largest producer of tungsten heavy alloy kinetic energy penetrators. Simultaneously, Sandvik Coromant, headquartered in Sandviken, is a global leader in cemented carbide cutting tools, consuming significant volumes of tungsten annually for inserts used in automotive and energy applications. Sweden’s stringent environmental regulations have also spurred innovation in tungsten recycling, with Stena Recycling operating one of Europe’s most efficient carbide recovery plants in Halmstad. The Swedish Energy Agency supports R&D in tungsten-based components for hydrogen electrolyzers under its Industrial Leap program. These defense, industrial, and sustainability initiatives create a high-value concentrated tungsten ecosystem unique in Northern Europe.

United Kingdom Tungsten Market Analysis

The United Kingdom maintains a strategic position in the Europe tungsten market through its aerospace, medical technology, and nuclear sectors. RollRolls-RoyceDerby consumes tungsten carbide for machining turbine blades with hundreds of Trent engines produced annually, requiring precision tooling. The UK’s National Health Service procures tens of thousands of radiotherapy machines containing tungsten foil collimators. Additionally, the UK Atomic Energy Authority uses tungsten as a plasma-facing material in the JET and STEP fusion reactors due to its low tritium retention and high melting point. The British government’s Defence and Security Industrial Strategy mandates domestic sourcing of critical materials, including tungsten for munitions, reducing reliance on imports. With the UK Semiconductor Strategy committing significant funding to chip design and packaging facilities in Cambridge and Glasgow, tungsten demand in electronics is set to accelerate. These high-tech applications ensure the UK remains a key tungsten consumer despite post‑Brexit trade complexities.

COMPETITION OVERVIEW

Competition in the Europe tungsten market is characterized by a small group of technologically advanced integrated producers who dominate high-value segments such as semiconductor materials, precision wire, and cemented carbides. The market is not price-driven rather defined by material certification process reliability and adherence to stringent environmental and traceability standards. Entry barriers are exceptionally high due to the capital intensity of powder metallurgy facilities and the decades-long validation cycles required in aerospace and medical applications. While China controls global tungsten mining, Europe’s competitive edge lies in downstream processing, recycling, and application engineering. Companies compete through R and D partnerships with research institutes and alignment with EU strategic initiatives like the Chips Act and Net Zero Industry Act. As a result, the landscape remains stable with innovation and sustainability serving as primary differentiators rather than cost.

KEY MARKET PLAYERS

A few major players of the Europe tungsten market include

• Global Tungsten & Powders Corp
• Wolfram Company JSC
• HC Starck Tungsten GmbH
• Buffalo Tungsten Inc
• China Minmetals Corporation
• Chongyi Zhangyuan Tungsten Co. Ltd
• Xiamen Tungsten Co. Ltd
• Kennametal Inc
• ALMT Corp
• Nanchang Cemented Carbide Limited Liability Company
• Japan New Metals Co., Ltd.

Top Strategies Used by the Key Market Participants

Key players in the Europe tungsten market prioritize vertical integration from powder production to finished components to ensure quality control and supply security. They invest heavily in recycling infrastructure to recover tungsten from end-of-life tools and scrap, aligning with EU circular economy mandates. Companies actively collaborate with semiconductor, aerospace, and defense sectors to co-develop application-specific tungsten forms such as foils, wires, and sputtering targets. Strategic capacity expansions in high-puritygsten processing support emerging demand from green hydrogen and chip manufacturing. Additionally, they enhance regulatory compliance through REACH and conflict mineral due diligence frameworks to maintain access to European industrial supply chains.

Leading Players in the Market

Plansee Group

Plansee Group is a globally recognized leader in refractory metals with a commanding presence in the Europe tungsten market through its advanced powder metallurgy and precision forming capabilities. Headquartered in Austria, the company supplies tungsten wires, foils, and carbide components to semiconductor, aerospace, and medical device manufacturers across the continent. Plansee has strengthened its position by investing in high-purity tungsten production lines for sputtering targets used in chip packaging and thin-film solar cells. In 2024, it launched a closed-loop recycling initiative for tungsten scrap from European machine tool users, enabling circular material flows aligned with EU sustainability mandates. Its R and D collaboration with CERN and Fraunhofer institutes further cements its role in cutting-edge applications requiring extreme thermal and mechanical performance.

H.C. Starck Tungsten Powders

H.C. Starck Tungsten Powders, a subsidiary of Masan High Tech Materials, plays a pivotal role in the Europe tungsten market by supplying high-purity tungsten powders and chemicals for carbide production, electronics, and catalysts. The company operates major facilities in Germany and the UK, serving automotive tooling and semiconductor clients with customized particle size distributions and traceability under REACH. Recently, H.C. Starck enhanced its ammonium paratungstate refining capacity in Goslar, Germany, to meet rising demand for green hydrogen catalysts and semiconductor precursors. It also partnered with European carbide toolmakers to develop low-cobalt tungsten carbide formulations in response to EU restrictions on critical raw materials. These initiatives reinforce its integration into Europe’s strategic value chains for clean tech and advanced manufacturing.

Sandvik Materials Technology

Sandvik Materials Technology contributes significantly to the Europe tungsten market through its production of cemented carbide products and wear-resistant components under the Sandvik Coromant brand. Based in Sweden, the company supplies cutting tools and mining inserts to automotive, aerospace, and energy sectors across Europe, leveraging decades of tungsten carbide expertise. In 2023, Sandvik expanded its recycling operations in Gimo, Sweden, to recover over 90% of tungsten from used tools using proprietary zinc recovery technology. It also introduced a new generation of additive-manufactured carbide tool bodies that reduce raw material consumption by 35%. These circular and digital manufacturing innovations align with EU industrial policy and strengthen Sandvik’s technical leadership in high-performance tungsten applications.

MARKET SEGMENTATION

This research report on the Europe tungsten market has been segmented and sub-segmented based on type, product, end user, and region.

By Type

• Foils
• Ribbons
• Wires
• Tubes

By Product

• Carbides
• Tungsten Alloys
• Tungsten Mill Products
• Tungsten Chemicals

By End User

• Automotive
• Aerospace
• Electrical and Electronics
• Machine Tools and Equipment
• Other End-user Industries

By Region

• UK
• France
• Spain
• Germany
• Italy
• Russia
• Sweden
• Denmark
• Switzerland
• Netherlands
• Turkey
• Czech Republic
• Rest of Europe