The core advantage of Dipropylene Glycol lies in its unique molecular structure that is highly adapted to fragrance formulations, and it also provides multi-dimensional functional support for personal care products, making it far superior to traditional solvents. As the core solvent for the fragrance industry, its action mechanism is precisely targeted at the core demands of fragrance formulation and application:

Musk Xylene (CAS 81-15-2) is an efficient, safe, and widely used synthetic musk fragrance and chemical additive. As a key aroma compound, it delivers a strong, sweet, warm musk scent with exceptional longevity in personal care, cosmetics, and detergents. By forming stable bonds with fragrance components and base ingredients, it elevates olfactory profiles and extends scent retention, while also supporting stability in industrial and household products.

In an era pursuing naturalness, efficiency and safety, calcium lactate, as a high-quality organic calcium salt, has long broken through a single application scenario and penetrated into many fields such as food, medicine, agriculture and daily chemicals, thanks to its good biocompatibility, high absorption rate and mild non-irritating properties. It has become a core raw material with both practicality and functionality, empowering healthy and high-quality life with technology.

Antimony Trioxide (ATO) is a versatile inorganic compound valued for its unique properties, particularly as a flame retardant and synergist. Below is a detailed overview of its primary application sectors and technical benefits for industry professionals:

In the dynamic field of food and beverage innovation, flavor is the core element that captivates consumers. Food-grade Vanillin (CAS 121-33-5) is a flavor enhancer designed to meet the evolving demands of global food manufacturers. As the world’s most widely used naturally derived flavor compound, it delivers unparalleled aromatic depth and versatility, setting new standards for quality and safety in the food industry.

C12-14 Alkyldimethylamines, identified by the CAS number 84649-84-3, are a category of aliphatic tertiary amines that occupy a pivotal position in the fine chemical industry. Composed primarily of dodecyldimethylamine and tetradecyldimethylamine, this mixture exhibits a unique combination of physical and chemical properties, making it a versatile intermediate with extensive applications across multiple industrial sectors. This article provides a comprehensive overview of its synthesis, characteristics, and practical uses.

HHPA (Hexahydrophthalic Anhydride), with its full name as cis-1,2-cyclohexanedicarboxylic anhydride, is an organic chemical raw material that combines high reactivity and stable performance. Boasting characteristics such as low toxicity, low viscosity, and excellent curing effects, it is widely used in various industrial fields including epoxy resin curing and plasticizer synthesis, and has become a core additive in industries like coatings, electronics, and composite materials.

Sinobio is pleased to announce its participation in the CHINACOAT Exhibition, which will be held in Shanghai during November 25–27, 2025. Recently, CHINACOAT (China International Exhibition for Coatings, Inks and Adhesives), which has attracted wide attention from the global coatings, inks and adhesives industry, kicked off grandly in Shanghai. As a highly influential professional exhibition in the industry, CHINACOAT gathers top enterprises, cutting-edge technologies and innovative products from all over the world, building an efficient platform for industry exchange and cooperation. Sinobio made a high-profile appearance at the exhibition with its core products and solutions. Adopting a professional stance, it exchanged views on industry trends and explored development opportunities with peers in the industry, attracting the attention of numerous exhibitors and professional visitors.

In the pursuit of high-performance, eco-friendly chemicals, salicylamide (CAS No.: 65-45-2) stands out as a star compound, blending unique properties with wide adaptability. Derived from salicylic acid, this aromatic amide redefines functionality across pharmaceutical, industrial, and cosmetic sectors.