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Lignin is pure natural strength.

Not only because it’s the polymer responsible for plant protection and structure — but because it’s so versatile and powerful, it can lead the way toward a bio-based society.

Rich in natural properties

Lignin is the second most abundant biopolymer on the planet, accounting for 20–30% of all higher plant matter, including trees, shrubs, and bamboo. As a complex phenolic polymer found in plant cell walls, it plays a critical role in providing strength and resilience. With its diverse functional groups and natural compatibility, lignin serves as a versatile ingredient for high-performance applications. At Lignopure, we unlock this natural potential to create sustainable bio-based alternatives to fossil- and synthetic-based materials.

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A renewable and circular Solution

Although lignin constitutes a significant portion of plant biomass, its potential remains largely untapped. As a renewable material derived from biorefinery side streams, lignin is fully biodegradable and readily integrates into circular value chains. This makes it a compelling ingredient for industries seeking high-performing, low-impact alternatives to conventional materials.

Reliable quality, responsible sourcing

Our commitment to quality begins at the source. We work with carefully selected suppliers and follow rigorous evaluation protocols in line with European and international standards, including ECHA, SCCS, and PCPC. By assessing origin, production processes, and social impact, we ensure every lignin we offer meets high benchmarks for safety, performance, and sustainability.

Unmatched lignin expertise

Lignin’s chemical structure varies by plant source and extraction method, resulting in distinct functional profiles. Through extensive research and characterization, we’ve developed a comprehensive understanding of these variations. This allows us to source and select the right lignin types with precision — tailored to meet specific formulation and performance goals.

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Lignin capacities to substitute fossil-based materials

Lignin composition and structural differences

Where does lignin come from?

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