63
151.96
Eu
Europium

Europium

Rare earth renowned for intense red luminescence; critical for red phosphors in LEDs and displays, and security inks.

light

Properties

Atomic Mass
151.96
Density
5.24 g/cm³
Melting Point
822°C
Boiling Point
1527°C
Discovered
1901 by Eugène-Anatole Demarçay
Category
light

The Brilliance of Security

Europium (Eu)

Discovered in 1901 by French chemist Eugène‑Anatole Demarçay and named in honor of Europe, Europium offers the purest and most intense red luminescence. This unique property crowned it the star of color displays for decades, notably in CRT televisions. Today, even as displays evolved, Europium remains critical: an essential component of energy‑saving light (LED and fluorescent lamps). More discreetly—but vitally—its UV luminescence underpins anti‑counterfeiting security inks used on banknotes and identity documents.

Key Applications

Red phosphors (LEDs, displays)
Security/anti-counterfeiting inks (banknotes)
UV-responsive materials
Laser and photonics systems
Medical imaging and X-ray phosphors
MicroLED red color-conversion layers

Market Data

Price
Demand Trend
Specialized, stable
Primary Supply
China
Reserves
Limited

Europium (Eu): The Brilliance of Security and Efficiency

01

Luminescent rare earth par excellence (stable, intense red emission).

02

Strategic applications: red phosphors for LEDs/displays, security/anti‑counterfeiting inks, laser technologies.

03

Industrial interest: secures efficiency and reliability of lighting and display systems; key asset for document security and advanced display tech.

Risks & Substitutes

01

Limited availability and supply concentration; dependency on LED/phosphor chains.

02

Technology shifts (quantum dots, perovskites) may lower Eu share in some segments.

03

Few substitutes matching intense red performance; cost/efficiency trade‑offs by technology.

Related Elements

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