Metal working fluid, also known as cutting fluid, is an essential industrial liquid widely used in metal cutting, grinding, stamping, drilling and rolling processes. In actual production, metal working fluid mainly undertakes four critical functions: lubrication, cooling, rust prevention and microbial protection. It effectively reduces friction between tools and workpieces, lowers cutting temperature, avoids metal oxidation and corrosion, and suppresses bacteria and mold reproduction inside the fluid system.Therefore, high-quality chemical additives including rust inhibitors, lubricants and industrial biocides become indispensable raw materials to maintain stable fluid performance.

Sodium pyroantimonate (SPA) is driving innovation in PV glass manufacturing, enabling ultra-clear, high-purity glass for advanced solar cells like HJT and TOPCon. Explore its role in clean energy development.

Discover how sodium pyroantimonate (SPA) improves PV glass quality, enhances UV stability and mechanical strength, and ensures long-term reliability of solar modules.

Sodium pyroantimonate (SPA) is the key clarifying agent for high-transparency PV glass, boosting solar module efficiency by eliminating micro-bubbles and impurities. Learn its role in PV glass manufacturing.

In industrial production, a high-performance additive can often achieve twice the result with half the effort—it can not only solve the application pain points of traditional materials but also empower product upgrading. Today, we will introduce an "all-round player" deeply rooted in the field of lubrication and surface activity—Polyisobutenyl Succinic Anhydride (abbreviated as PIBSA), and take you to understand its core value and wide applications.

Recently, our company has successfully delivered a shipment of Monoisopropanolamine (MIPA).The product precisely meets customers' customized requirements and has been highly recognized for its stable quality, efficient delivery and professional technical services.

1,2-Octanediol is a professional-grade multifunctional chemical raw material widely used in personal care, cosmetics, pharmaceutical synthesis and industrial manufacturing. It has with stable physical and chemical properties, excellent water solubility and outstanding compatibility with most raw materials. It is low-odor, non-irritating, safe and environmentally friendly, fully meeting international cosmetic and industrial regulatory requirements.

With the rapid development of the global fine chemical industry, fields like electronic information, environmental protection, biopharmaceuticals and new materials are seeing surging demand for high-purity, high-performance and multi-functional chemical raw materials. Traditional organic amine raw materials often struggle to balance purity, performance and application adaptability—industrial-grade amines have high impurities, some absorbents lack cycle stability, and certain pharmaceutical intermediates have limited compatibility. Against this, N-(2-Hydroxyethyl) piperazine (HEP) stands out as a core innovative fine chemical, a high-value functional raw material with cross-field potential, providing an integrated solution of ultra-high purity, excellent reactivity and multi-scenario adaptability for the industry.

EDTA (Ethylenediaminetetraacetic Acid) is a versatile aminopolycarboxylic acid, a staple across cosmetics, pharmaceuticals, water treatment and food processing for its exceptional chelating power. As a white crystalline powder (free acid, formula C10​H16​N2​O8​), its common derivatives (disodium/tetrasodium EDTA) feature an ethylenediamine core with carboxymethyl groups, forming stable complexes with metal ions. It tightly binds divalent/trivalent metals to prevent oxidation, performs stably across wide pH/temperature ranges, and dissolves easily in water, making it ideal for aqueous formulations and industrial processes.