The Chromatographic Library

A scientific exploration of botanical color molecules and their applications in textile art

Plant Pigment Analysis

Molecular structure visualization

Molecular Composition

Each plant contains unique color compounds that can be extracted and applied to natural fibers through controlled processes.

Color extraction research

Extraction Methods

Scientific approaches to isolating color molecules while preserving their natural properties and environmental compatibility.

Pigment testing

Color Stability

Research into how botanical pigments interact with different fiber types to achieve lasting, vibrant results.

Featured Botanical Sources

Madder root botanical render

Madder Root

Rubia tinctorum produces alizarin and purpurin, creating red and orange hues. The root system contains concentrated pigments suitable for textile applications.

Indigo plant molecular profile

Indigo

Indigofera and related species contain indican, which transforms into indigo through fermentation, producing classic blue tones.

Marigold flower pigment analysis

Marigold

Tagetes species provide lutein and other carotenoids, yielding bright yellow and gold shades when processed correctly.

Woad plant color compounds

Woad

Isatis tinctoria contains precursors to indigo, offering European-sourced blue pigments with historical significance.

Research Methodology

Laboratory testing equipment

Documentation

Systematic recording of plant sources, extraction conditions, and resulting color outcomes for reproducible results.

Color sample cataloging

Sample Archive

Comprehensive collection of dyed fiber samples documenting color variations across different botanical sources.

Fiber compatibility testing

Fiber Compatibility

Testing how various natural fibers respond to different plant pigments to optimize color absorption and retention.

Explore Color Profiles

Each botanical source reveals unique color characteristics when applied to natural textiles

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