Europe Thermal Spray Market Size & Share Analysis - Growth Trends and Forecast (2026 - 2031)

Europe Thermal Spray Market Trends and Insights

Medical-Grade Ti and HA Coatings for Implants

With Europe's over-65 population set to reach nearly one-third by 2030, orthopedic and dental implant manufacturers are increasingly adopting plasma-sprayed titanium and hydroxyapatite layers. These advancements are notably shortening healing times and diminishing the necessity for revision surgeries. The evolution of suspension plasma spray now adeptly handles sub-micron HA powders, closely resembling natural bone minerals and adhering to the rigorous ISO 13779-2 certification standards. While reforms tying hospital payments to implant longevity have increased demand, a worrisome trend surfaces: over half of titanium powder is still procured from merely two North American suppliers, amplifying supply vulnerabilities.

EU Decarbonization Mandates for Turbines and Boilers

Operators, under the EU Clean Industrial Deal, face a 2030 deadline for significant emissions reductions. In response, they are retrofitting turbines with gadolinium- and lanthanum-zirconate thermal barrier coatings (TBCs), which are designed to withstand specific volumes of hydrogen blends. Early tests in Dutch combined-cycle plants have highlighted notable durability enhancements. Furthermore, the Energy Performance of Buildings Directive, which emphasizes high boiler efficiency, is accelerating the replacement cycle for MCrAlY bond coats.

Rapid Uptake of HVOF Ceramic Coatings for EV Rotors

Beginning in 2027, Euro 7 regulations will impose strict limits on brake-wear particles, prompting OEMs to transition to HVOF tungsten-carbide rotors. These advanced rotors, already featured in Porsche’s Taycan, not only reduce dust emissions but also offer a longer lifespan. In parallel, Zircotec has introduced a zirconia over-coating that significantly lowers rotor temperatures^{[1]Zircotec, “Thermal Barrier Coatings for Automotive Applications,” zircotec.com}. This innovation enables lighter rotor designs, enhancing the EV range by several kilometers per charge.

Surging Demand for Wear-Resistant Coatings in Wind-Turbine Rebuilds

Offshore wind blades, once they reach the 12-year mark, require erosion-resistant recoats. High-Velocity Oxy-Fuel (HVOF) carbide layers can restore these blades, ensuring they retain their aerodynamic efficiency for up to two decades, even under tip speeds of 90 meters per second^{[2]VTT, “Thermal Spray Research Publications,” cris.vtt.fi}. To improve logistics, Metallisation and GTV have developed mobile-spray units, which are now operational at service ports in the North Sea.

High CAPEX of Robot-Integrated Spray Cells

Small shops often find automated cells prohibitively expensive, as they are unable to distribute the costs over sufficient sales. Leasing offers a solution, converting a significant upfront cost (capital expenditure - CAPEX) into a more digestible ongoing expense (operational expenditure - OPEX). However, this convenience comes at a price, as users become tethered to costly consumables, which squeeze their profit margins. Adding to the financial stakes, the swift transition from cold-spray systems to the newer HVAF technology, just a few years apart, amplifies the risks of rapid obsolescence.

Supply Tightness of YSZ and Rare-Earth Oxides

In 2025, YSZ prices increased significantly, and lead times extended to approximately 16 weeks. In response, Höganäs introduced nickel-free Amperit 685 powders, which reduce embodied CO₂ significantly. However, the adoption of these powders has faced delays due to the aerospace qualification cycles, which span approximately 24 months.

Segment Analysis

By Product Type: Equipment Gains Speed as Automation Intensifies

In 2025, coatings took center stage in the European thermal spray market, securing a dominant 77.13% share. This dominance highlights the consumable nature of coatings and the aerospace sector's regular overhaul cycles. Meanwhile, the equipment segment is on an upward trajectory, with projections indicating a 3.95% CAGR growth during the forecast period of 2026–2031. This anticipated growth is fueled by OEMs' initiatives to digitize spray cells and integrate real-time diagnostics. The equipment segment of Europe's thermal spray market is set to benefit from Oerlikon's predictive-maintenance modules. These advanced modules not only trigger automatic spare-part orders but also boost aftermarket revenue. Positioned between coatings and equipment, materials are gaining momentum, thanks in part to Höganäs' recent introductions of Amperit 678 and 685. These new materials resonate with the industry's pivot towards reducing nickel and cobalt, a shift driven by REACH mandates.

Price dynamics in the European thermal spray sector showcase a clear disparity. Aerospace TBC powders fetch premium prices, while industrial tungsten-carbide grades are priced more modestly. Additionally, dust-collection systems and gravimetric feeders have evolved from secondary tools to vital compliance instruments. This transformation is primarily attributed to ISO 45001 enforcement, which emphasizes the capture of sub-micron particulates.

Note: Segment shares of all individual segments available upon report purchase

By Process Type: Combustion Maintains Dominance Despite ESG Pressure

In 2025, combustion routes led the European thermal spray market, capturing 72.11% of the market size and are projected to expand at a 4.12% CAGR through the forecast period of 2026–2031. Supersonic HVOF streams, which propel particles at speeds of 600–800 m/s, achieve coatings with less than 1 percent porosity. This precision remains a challenge for electric plasma, particularly with carbide deposits. HVAF technology is making significant advancements in the refurbishment of oil-and-gas valves by cutting oxygen costs by half and reducing oxide content. On the other hand, electric methods, such as APS, VPS, and arc spray, are essential for applications that require ultra-clean microstructures, including YSZ TBCs and semiconductor chamber components. Cold spray, known for its solid-state and low-heat properties, is carving a niche in the additive repair of aluminum aero-structures.

Hybrid systems are set to transform the industry. For instance, Castolin Eutectic’s XupersoniClad, which combines HVAF with laser remelt, achieves near-zero porosity in a single pass, significantly reducing cycle time. Such innovations could potentially reshape the distribution of market shares among various process families in the European thermal spray industry.

By End-User Industry: Electronics Emerges as the Fastest Climber

In 2025, Europe's thermal spray market saw the aerospace sector take the lead with a commanding 34.99% share. This surge was largely attributed to innovations like the UltraFan and RISE engines, which have successfully pushed turbine inlet temperatures beyond 1,600 °C. Meanwhile, the electronics sector is on track to expand at a 3.96% CAGR during the forecast period of 2026–2031. This growth is spurred by breakthroughs such as plasma-sprayed yttria liners. These liners not only extend the lifespan of semiconductor etch chambers but also boost productivity, adding two to three extra wafer starts per tool each month. Hydrogen-ready coatings are enhancing the performance of industrial gas turbines. In the automotive realm, there is a swift shift towards carbide-coated brake rotors, a move largely driven by the stringent Euro 7 regulations. Medical devices are benefiting from plasma-sprayed HA layers, which expedite osseointegration. Simultaneously, the offshore wind sector is actively pursuing erosion-resistant treatments for turbine leading edges.

Additionally, Europe's thermal spray industry is making significant inroads into the oil-and-gas sector, with a particular focus on downhole tools. In this arena, HVOF tungsten-carbide coatings are playing a pivotal role, notably extending the life of valve seats. Even niche segments, such as printing rolls and components in papermills, are embracing cold-spray repairs, leading to a significant reduction in downtime.

Note: Segment shares of all individual segments available upon report purchase

Geography Analysis

In 2025, Germany led with a CAGR of 4.06% as Fraunhofer rolls out a spray-center network. Meanwhile, automotive OEMs are swapping hard-chrome rotors for HVOF carbide versions in anticipation of Euro 7. In the UK, aerospace qualifications are centered around Rolls-Royce and GKN, driving up demand for NADCAP-grade HVOF and plasma coatings. France is utilizing the SAFIR platform, equipped with four spray technologies and two robotic booths, to advance hydrogen-energy parts from TRL 1-7.

Italy and Spain are honing in on coating services for industrial and wind turbines, with CTME pushing forward high-entropy alloy research, backed by EXC_HEAs funding. The Nordic nations, while leading in offshore wind, are also pioneering HVAF and cold-spray research and development at University West, achieving notable fatigue-life enhancements over standard NiCoCrAlY systems. Eastern Europe is carving out a niche as a cost-effective hub for tier-2 automotive supplies, but its struggle with NADCAP accreditation limits its aerospace ambitions.

Rest of Europe, which commands 33.37% of the continent's thermal spray market (2026-2031), there's a diverse landscape: Poland's automotive sector is integrating HVOF cells for transmissions, Belgium's De Beleyr-Engineering is attracting marine and chemical clientele, and the Netherlands is championing hydrogen-fuel HVOF as part of its national agenda. Switzerland's med-tech sector is emphasizing high-purity plasma coatings, not just for implants but also for watch tooling, bolstering its reputation in precision manufacturing.