A naturally derived polymer: Lignin is a complex organic polymer that is one of the main structural components of plant cell walls, giving wood and other plant tissue much of its rigidity. This alkaline grade from TCI (catalog L0082) is a chemically processed lignin derived from natural sources, supplied as a black solid. As one of the most abundant natural polymers on earth, lignin is of enduring interest both as a material in its own right and as a renewable feedstock for greener chemistry.
What the alkaline grade offers: Per the manufacturer, the alkaline lignin (L0082) has been adjusted into an alkaline pH range and is more water-soluble than the corresponding dealkaline lignin grade. Improved water solubility makes the material easier to work with in aqueous systems, which is helpful for researchers preparing solutions or dispersions and for formulators exploring lignin as a dispersant, binder, or component of bio-based materials.
Verified identity: The LabPro listing gives CAS number 8061-51-6 and describes the material as a black solid with MDL number MFCD00135572, and it is TSCA listed. Confirming these identifiers helps ensure the correct lignin grade is received, which matters because lignins differ in their processing, sulfonate and carboxyl content, and solubility, and those differences affect how the material behaves in a given application.
Research uses and handling: Lignin and its derivatives are studied and used across materials science, including as dispersants and binders and in ongoing research into renewable feedstocks and bio-based materials. As with any reagent, the Safety Data Sheet should be reviewed before handling, and the material stored per the manufacturer's guidance. Its naturally derived origin and abundance keep it a compound of active interest for sustainable chemistry and materials development.
Recommended For
Materials science and polymer research
Dispersant and binder studies
Renewable-feedstock and biomass research
General laboratory use
Product Details
Purity: n/a
Size: 25G
Unit: EA
Molecular Formula/Molecular Weight: n/a
CAS No: 8061-51-6
Physical State: Solid
Color: Black
Melting Point: n/a
Condition to Avoid: n/a
Refractive Index: n/a
Specific Gravity: n/a
MDL No: MFCD00135572
SDBS: n/a
MINUM: 5487
PUBCSUB: 87572045
UNSPSC: 12352100
UN No: n/a
Hazard Class: n/a
DOT Name: n/a
Pkg Grp: n/a
TSCA: Yes
Available Variants
L0082-25G — Lignin (Alkaline), 25 g
L0082-500G — Lignin (Alkaline), 500 g
The two variants are the same material in 25 g and 500 g pack sizes; choose the quantity to match your usage.
Primary Industries
Materials science
Polymer and biomass research
Academic laboratories
Industrial research
Standards and Certifications
TSCA listed (per LabPro listing)
FAQs
What is lignin?
Lignin is a complex organic polymer that forms a major structural component of plant cell walls, giving plants rigidity. This alkaline grade is a chemically processed lignin derived from natural sources, supplied as a black solid, and is used in research and materials applications rather than extracted fresh by the user.
What does the alkaline grade mean?
Per the manufacturer, the alkaline lignin (L0082) has been adjusted into an alkaline pH range and is more water-soluble than the corresponding dealkaline lignin grade. The improved water solubility can make it easier to work with in aqueous systems for research and formulation purposes.
What is the CAS number?
The LabPro listing gives CAS number 8061-51-6 for this alkaline lignin, with MDL number MFCD00135572, and notes it is TSCA listed. Confirming the CAS number helps ensure you receive the correct lignin grade and lets you cross-reference the Safety Data Sheet for handling information.
What is lignin used for in research?
Lignin and its derivatives are studied and used across materials science, including as dispersants and binders and in research into renewable feedstocks and bio-based materials. As a naturally derived polymer, it is of ongoing interest for sustainable chemistry and materials development.
What sizes are available?
The material is offered in 25 g and 500 g pack sizes. Choosing a size close to your expected usage helps manage cost and storage. The smaller size suits exploratory or small-scale work, while the larger size is more economical for higher-volume research.
