Washing and Detergent Antiseptic Industry 2026 Update: Safety Enhancement, Technological Iteration and New Compliance Landscape
In industrial systems such as coatings, adhesives, and metal processing fluids that contain water, microorganisms are the lurking "invisible destroyers". They quietly multiply, causing product spoilage, odor, stratification, performance degradation, and even leading to production line contamination and customer complaints. Selecting an efficient, long-lasting, and highly compatible anti-corrosion agent is the first line of defense to safeguard product quality and stability.
I. Common "Microbial Crises" in the Industrial System
Decay and deterioration: Bacteria break down the organic matter in the system, producing odors such as acid gas and hydrogen sulfide, causing the product to smell bad and the pH value to fluctuate.
Performance failure: Fungi and algae form visible mycelia or sludge, blocking the filter screens and pipes, thereby affecting the leveling of the coating or the cooling and lubrication effect of the cutting fluid.
Storage problem: During the period when the products are stored in the warehouse or at the customer's location, they may be prematurely scrapped due to the failure of anti-corrosion measures, resulting in direct economic losses.
II. Solution: Triazin-based bacteriostatic and antiseptic agent
The triazine-based preservatives (such as the derivatives like BIT and MIT commonly used in the paint industry) do not merely "instantly kill" microorganisms, but continuously release effective antibacterial groups. They can provide stable and long-lasting protection, effectively responding to repeated microbial invasions.
