Shinsung Materials Advances High-Performance Cosmetic Ingredients

Shinsung Materials Advances High-Performance Cosmetic Ingredients

George Orwell 27-Aug-2026
Shinsung Materials expanded its functional cosmetic ingredient portfolio with advanced preservatives, UV filters, and natural oil gelling technologies.

Shinsung Materials Co., Ltd. is strengthening its position in the global functional cosmetics market through the development of innovative ingredient technologies and an expanding portfolio of specialty products. The company focuses on manufacturing high-purity preservatives, water-soluble UV filters, and premium oil gelling agents designed to meet the evolving demands of cosmetic formulators worldwide.

Its preservative range includes widely used ingredients such as 1,2-Hexanediol, 1,2-Pentanediol, 1,2-Octanediol, and Ethylhexylglycerin. In addition to these products, Shinsung Materials offers naturally derived preservative systems formulated using these compounds, providing customers with reliable and effective alternatives for cosmetic preservation. The company’s expertise in purification technologies, environmentally friendly production methods, and ongoing research and development has enabled it to broaden its ingredient offerings while increasing its presence in both domestic and international markets.

A key area of technological differentiation for the company is its work in water-soluble UV filters. Shinsung Materials owns Korean Patent No. 10-1937332 covering high-purity purification technology for Ecamsule, also known as Terephthalylidene Dicamphor Sulfonic Acid (TDSA), an effective UV-A filtering ingredient used in sunscreen formulations. Building on this technology, the company has developed advanced neutralization and powderization methods that improve ingredient compatibility in cosmetic formulations while also simplifying storage and transportation.

By achieving product quality that complies with USP 44 standards, Shinsung Materials is contributing to the localization of water-soluble UV filter production and supporting broader applications in skincare and sun-care products. This capability reduces reliance on imported materials and strengthens the domestic supply chain for specialty cosmetic ingredients.

The company is also advancing naturally derived oil gelling technologies. Dextrin Palmitate and Stearoyl Inulin are used to control viscosity, enhance stability, and improve the sensory properties of cosmetic formulations. Dextrin Palmitate offers higher transparency and stronger gel formation compared to many conventional products available in the market. Its product OG-DP11 has attracted attention globally and has received COSMOS certification, allowing the company to address rising consumer demand for sustainable and naturally sourced beauty ingredients.

Stearoyl Inulin supports pigment dispersion and creates smooth, firm gel structures. To address diverse market requirements, Shinsung Materials is developing additional products, including OG-DP25 for softer textures, Dextrin Myristate (DM14) for balanced gel strength and transparency, and Dextrin Palmitate/Ethylhexanoate (DPE33), which combines high transparency with thixotropic properties.

Through continuous innovation and commercialization of new products, Shinsung Materials aims to strengthen its competitiveness and expand its role in the global functional cosmetics sector.

Product Impact and Chemical Commodity Price Impact

Shinsung Materials’ expanding portfolio of preservatives, UV filters, and naturally derived oil gelling agents is expected to strengthen the supply of high-performance cosmetic ingredients, supporting growth in skincare, sunscreen, and clean beauty formulations. Increased commercialization of products such as Ecamsule, Dextrin Palmitate, and Ethylhexylglycerin could stimulate demand for specialty chemicals, fatty acids, dextrins, surfactants, and cosmetic intermediates. For chemical commodities tracked by ChemAnalyst, the immediate price impact may remain moderate due to niche application volumes. However, rising global demand for premium and sustainable cosmetic ingredients could gradually support prices of related feedstocks, especially specialty alcohols, starch derivatives, natural oils, and value-added performance chemicals.

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