Spanish aerospace testing SME with expertise in ultrasonic NDT, corrosion detection, and anodizing surface treatment for aluminum alloy components.
TITANIA (whose full Spanish name translates to "Industrial Tests and Projects") is a Spanish SME specialising in the integrity of aerospace aluminum alloy components — covering both prevention and detection of material degradation. On the prevention side, they optimise surface finishing processes such as sulfuric acid anodizing sealing. On the detection side, they apply non-destructive testing (NDT) methods — ultrasonic inspection and acoustic emission — to identify corrosion and predict damage progression before it becomes critical. In practice, they design experiments on aerospace materials, calibrate sensor systems, and deliver actionable condition assessments to aerospace manufacturers and maintenance teams.
U-CROSS (2019–2023) focused specifically on early corrosion detection and damage prediction in aeronautic Al alloys using ultrasonic inspection and acoustic emission sensors.
SEALANT (2016–2018) tasked TITANIA as coordinator to optimise and scale up the final sealing step of Sulfuric Acid Anodizing using Design of Experiment methods.
Both projects address corrosion in aluminum aerospace components — SEALANT from a prevention angle and U-CROSS from a detection and prediction angle.
U-CROSS lists calibration and sensors as direct keywords alongside the NDT methods, indicating hands-on instrumentation work.
SEALANT explicitly applied DoE methodology to optimise an industrial surface finishing process, suggesting broader process engineering capability.
TITANIA's first H2020 project (SEALANT, 2016–2018) was rooted in process chemistry: optimising how aerospace aluminum parts are sealed after anodizing to resist corrosion. By 2019, with U-CROSS, their focus shifted decisively toward sensor-based inspection and predictive analytics — using ultrasonic signals and acoustic emission to detect and forecast corrosion damage in service. The trajectory is coherent rather than a pivot: they appear to have deepened their understanding of the full corrosion lifecycle, moving from upstream prevention to downstream detection and health monitoring.
TITANIA is moving toward sensor-driven structural health monitoring and damage prognosis for aerospace structures, which positions them naturally for future work in predictive maintenance, digital twins, and AI-assisted inspection pipelines.
TITANIA has taken both the coordinator role (SEALANT) and the specialist participant role (U-CROSS), showing flexibility across project positions. Their total consortium footprint is small — 8 partners across 2 projects in 2 countries — indicating they operate in tight, technically focused teams rather than large multi-partner networks. This profile is typical of a deep-specialist SME that is brought in for a specific technical contribution rather than as a generalist integrator.
TITANIA has collaborated with 8 unique partners across 2 countries, a compact footprint consistent with the aerospace supply chain niche of the Clean Sky 2 programme. Their network is narrow but technically coherent, centred on aerospace materials and inspection.
Very few SMEs combine practical expertise in aerospace surface treatment chemistry with hands-on NDT inspection capabilities for the same material family (aeronautic aluminum alloys) — TITANIA covers the full corrosion lifecycle from prevention to detection and prediction. Their Clean Sky 2 track record gives them credibility inside the tightly gatekept aerospace supply chain, where certification and domain familiarity matter more than general research capability. For a consortium needing a technically specialised Spanish partner with real aerospace manufacturing and inspection experience, they fill a specific and difficult-to-substitute role.
