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Lead tin yellow I
This page presents the Spectroscopic analysis of this pigment.
The pigment has been examined using XRF spectroscopy, Raman spectroscopy, FTIR spectroscopy, and Reflectance Spectroscopy. These complementary techniques provide valuable insights into the pigment’s composition and structure.
This page aims to show which analytical methods are most effective for identifying this pigment in artworks and historical materials. By comparing results across different techniques, it serves as a practical reference for Heritage Science, Conservation, and Pigment Analysis.
Discovered in the 13th and used until 18th century, but most common from 15th to 17th centuries.
Manufacturer / product code: Kremer / 10100
Chemical description: lead stannate. Kremer PDF
Color: yellow
Color Index: N/A
More info: Pigments Through The Ages Colourlex
Lead–tin yellow Type I (Pb₂SnO₄) is one of the most characteristic warm yellows of European painting, prized for its opacity, stability, and distinctive lemon-gold hue.
The pigment flourished in Europe from the 13th to the 17th century. During the Gothic period, it became a standard material for illuminated manuscripts and panel painting, often used to highlight drapery, halos, and architectural details. Its dense coverage and warm tone made it ideal for modelling light and reinforcing gold leaf.
In the Renaissance, lead–tin yellow Type I became a favourite of Italian masters, including Titian, Veronese, and Raphael. It was frequently used in flesh tones, foliage, textiles, and atmospheric effects. Northern European painters—such as Jan van Eyck, Dürer, and Rembrandt—also relied on it, combining it with blues to create luminous greens and with earth pigments to modulate shadows. Its chemical stability gave it an advantage over more reactive yellows like orpiment.
By the late 17th century, however, lead–tin yellow fell out of use, replaced by the newly available Naples yellow (lead antimonate). Its manufacturing recipe was forgotten, and the pigment disappeared from artists’ palettes for nearly two centuries. Only in the 20th century, through scientific analysis of Old Master paintings, was its identity rediscovered.
Today, lead–tin yellow Type I is once again produced for historical painting techniques and conservation. Identified through XRF, Raman spectroscopy, and X-ray diffraction, it serves as both a working pigment and a valuable clue for dating and attributing artworks.
Raman Spectroscopy 532 nm – ElviRa Spectrometer for Art
Raman Spectroscopy 532 nm (ElviRa spectrometer) Pigments-Checker Database (74108 downloads )

Raman spectroscopy 632 nm
Raman spectroscopy 785 nm
Pigments (powder, no binder)

Raman Spectroscopy 785 nm Pigments (pure, no binder) (76766 downloads )
Pigments with acrylic binder (Pigments Checker)

Raman Spectroscopy 785 nm Pigments-Checker Database (77684 downloads )
Pure pigments (no binder, just powder)
DOWNLOAD paper: “Pigments Checker version 3.0, a handy set for conservation scientists: A free online Raman spectra database”

Raman spectroscopy 830 nm
Pigments (powder, no binder)
Raman Spectroscopy 830 nm Pigments-Checker Database (62674 downloads )
Raman spectroscopy 1064 nm
Pigments (powder, no binder)

Raman Spectroscopy 1064 nm Pigments-Checker Database (57763 downloads )
XRF spectroscopy
XRF Spectroscopy Pigments-Checker Database (88991 downloads )
DOWNLOAD previous database from Pigments Checker V.3 DOWNLOAD paper: R. Larsen, N. Coluzzi, A. Cosentino “Free XRF Spectroscopy database of Pigments Checker” Intl Journal of Conservation Science.

Reflectance Spectroscopy (200-1000 nm) – GorgiasUV Spectrometer
Reflectance Spectroscopy (200-1000 nm) (GorgiasUV) Pigments-Checker Database (93021 downloads )

Reflectance spectroscopy – Gorgias Spectrometer for Art
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NIR Reflectance spectroscopy
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FT-IR Spectroscopy (Non-invasive Diffuse Reflectance Probe)

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