Curcumin (Synthetic)

 Curcumin Synthetic is a chemically produced curcuminoid compound designed for applications requiring consistent purity, controlled quality, and reliable batch-to-batch performance. It is valued for its bright yellow to orange-yellow color, polyphenolic structure, antioxidant-positioned functionality, and broad application potential in cosmetics, personal care, chemical research, pharmaceutical research, analytical standards, and specialty formulations.

Curcumin, also known as diferuloylmethane or 1,7-bis(4-hydroxy-3-methoxyphenyl)-1,6-heptadiene-3,5-dione, is the principal curcuminoid commonly associated with turmeric. Synthetic Curcumin provides a non-botanical manufacturing route and can offer greater control over purity, impurity profile, color strength, and technical consistency compared with natural turmeric extract, depending on specification.

Key Product Information

PubChem identifies Curcumin with molecular formula C21H20O6. Sigma-Aldrich lists Curcumin under CAS 458-37-7, EC 207-280-5, and molecular weight 368.38 g/mol. The European Commission CosIng database lists CURCUMIN as an INCI ingredient and describes it as 1,7-bis(4-hydroxy-3-methoxyphenyl)hepta-1,6-dien-3,5-dione / CI 75300.

Key Features

Typical Applications

Cosmetics and Personal Care

Synthetic Curcumin can be used in cosmetic and personal care formulations where a defined curcumin ingredient, color contribution, antioxidant-positioned benefit, or specialty active concept is desired. It may be suitable for creams, lotions, serums, masks, cleansers, oils, balms, soaps, and specialty skincare products, depending on local cosmetic regulations and final formulation requirements.

Colorant and Specialty Formulation Systems

Curcumin is known for its strong yellow to orange-yellow color. Synthetic Curcumin can be used in suitable formulation systems where a controlled curcumin color profile is desired. Final color performance depends on dosage, pH, solvent system, light exposure, formulation matrix, and processing conditions.

Antioxidant-Positioned Formulations

Because Curcumin contains phenolic hydroxyl groups and conjugated structural features, it is often used in antioxidant-positioned systems and research formulations. Synthetic Curcumin is suitable for product developers seeking a defined polyphenolic compound for stability studies, active-positioned formulas, and functional formulation concepts.

Pharmaceutical and Nutraceutical Research

Synthetic Curcumin is suitable for pharmaceutical, nutraceutical, and biological research involving curcuminoids, polyphenols, antioxidant mechanisms, inflammation-related pathways, delivery systems, solubility enhancement, and bioavailability studies. Commercial use in health-related products should be supported by appropriate regulatory review, safety evaluation, purity control, and product documentation.

Chemical Synthesis and Analytical Applications

Synthetic Curcumin can be used as a chemical reference compound, analytical standard, research reagent, or intermediate in curcuminoid derivative development. Its defined chemical identity makes it useful for quality-control methods, assay development, chromatographic analysis, and R&D projects requiring reproducible curcumin material.

Industrial and Specialty Applications

Curcumin Synthetic may be used in specialty chemical systems, colorant development, materials research, and other industrial formulation projects where a defined yellow polyphenolic compound is required. Suitability should be confirmed based on product grade, regulatory status, processing conditions, and end-use requirements.

Formulation Benefits

Synthetic Curcumin provides a useful combination of defined chemical identity, bright color, polyphenolic structure, and controlled quality. It is especially suitable for:

Cosmetic and personal care formulas requiring CURCUMIN as an INCI-listed ingredient.

Colorant-positioned systems requiring a yellow to orange-yellow curcumin compound.

Research and development involving curcuminoids and polyphenols.

Analytical standards and quality-control testing.

Pharmaceutical and nutraceutical research applications.

Specialty formulations where natural turmeric extract variability is not desired.

Chemical synthesis projects involving curcumin derivatives or related compounds.

Regulatory Note

The permitted use of Synthetic Curcumin depends on the destination market, product grade, purity, manufacturing process, intended application, use level, and final product claims. For food, supplement, cosmetic, feed, pharmaceutical, or industrial use, customers should confirm local regulatory status, approved application scope, dosage limits, labeling requirements, impurity limits, colorant permissions, safety data, and claims before commercialization.

Synthetic Curcumin should not automatically be treated the same as turmeric extract or naturally derived curcumin for every regulatory purpose. Some markets may distinguish between natural-source ingredients, nature-identical ingredients, synthetic colorants, cosmetic ingredients, food additives, and research chemicals. Customers should review the product COA, specification, Safety Data Sheet, and applicable local regulations before use.

Packaging and Storage

Store Synthetic Curcumin in a cool, dry, and well-ventilated area. Keep the container tightly closed after opening. Protect from moisture, heat, direct sunlight, strong oxidizing agents, strong bases, strong acids, and incompatible materials. Curcumin may be sensitive to light and certain pH conditions, so proper packaging and storage are recommended to help maintain quality. Use appropriate protective equipment and follow the product label, COA, and Safety Data Sheet during handling.

Suggested Short Listing Copy

Synthetic Curcumin is a defined curcuminoid compound with a bright yellow to orange-yellow color, polyphenolic structure, and consistent quality profile. It is suitable for cosmetics, personal care, pharmaceutical research, nutraceutical research, analytical standards, colorant systems, chemical synthesis, and specialty formulations. With its controlled production route and reliable batch-to-batch performance, Synthetic Curcumin is an excellent choice for manufacturers and researchers requiring a high-quality curcumin ingredient without the natural variability of turmeric extract.

Conclusion

Synthetic Curcumin is a versatile curcuminoid compound for manufacturers and researchers seeking a defined, consistent, and functional yellow polyphenolic ingredient. Its controlled quality, antioxidant-positioned profile, strong color characteristics, and broad formulation potential make it suitable for cosmetics, personal care, pharmaceutical research, nutraceutical research, analytical applications, chemical synthesis, and specialty formulation development. Overall, Synthetic Curcumin is a practical choice for product developers requiring a stable and high-quality curcumin material for modern technical and formulation applications.