I. Microbial Contamination Risk and Anti-corrosion Necessity of Acrylic Waterproof Adhesive Acrylic waterproof adhesive takes acrylate polymer as its core component. Its high water content (usually over 50%) and abundant organic matter (such as plasticizers and fillers) provide an ideal growth environment for microorganisms. Microbial contamination can lead to the following problems:

PE wood-plastic anti-mold agent is a chemical additive specifically designed to inhibit the growth of mold in PE wood-plastic composite materials. Its core function is to prevent the performance decline of materials due to mold by destroying the cell structure of mold or interfering with the metabolic process, thereby extending the service life and enhancing the application value. The following is an introduction from four aspects: component types, mechanism of action, application advantages, and product selection

It is a good choice for hospitals to use antibacterial coatings with added antibacterial agents. Their advantages are reflected in reducing the risk of cross-infection, enhancing the ability to prevent and control infectious diseases, purifying the air, protecting medical staff, preventing wall mold, extending service life and reducing maintenance costs, and meeting environmental protection and safety standards. The specific analysis is as follows:

Adding antibacterial agents to acrylic automotive coatings mainly serves to inhibit the growth of microorganisms, protect the coating and substrate, meet hygiene and safety requirements, and maintain product performance and appearance. The specific analysis is as follows:

The production of antibacterial coatings for PVC flooring can be achieved through various processes such as direct addition of antibacterial agents, masterbatch of antibacterial agents, surface coating, and lamination. By combining physical, chemical or biological means, the antibacterial function can be realized, and the coating performance can be optimized through sol-gel methods and electrophoretic coating methods.

Synthetic rubber antibacterial and antifungal agents are chemical additives specifically designed to inhibit or kill microorganisms (such as mold and bacteria) on the surface of synthetic rubber products. Their core function is to prevent rubber from discoloration, odor development, performance decline or shortened lifespan due to microbial erosion by disrupting the physiological structure or metabolic process of microorganisms.

The core function of adding antibacterial and antifungal agents to synthetic leather coatings lies in inhibiting the growth of microorganisms, protecting product performance, extending service life and safeguarding human health. Specifically, it can be analyzed from the following four dimensions: 1. Inhibit the growth of microorganisms and prevent product deterioration

Although BIT10 is an effective industrial preservative, the safe use of any chemical is the top priority. BIT10, as a bioactive substance, also has a certain degree of irritation to the human body. When producing and using industrial products containing BIT10, adopt appropriate safety protection measures in a diversified manner. This includes wearing protective gloves, goggles and masks during operation to avoid direct skin contact and inhalation of its aerosols or dust. If the product accidentally comes into contact with the skin or eyes, rinse immediately with plenty of water and seek medical help.

BIT10 efficiently penetrates the cell membranes of microorganisms, disrupts the core enzyme system, and instantly "cuts off power" and causes the death of bacteria and fungi. This industrial anti-corrosion star only requires a few ten-thousandths of its concentration in water-based coatings and adhesives to prevent product spoilage and deterioration, safeguarding every industrial item from the production line to the shelves.

I. Types and Characteristics of Antibacterial Agents Nano-silver-loaded antibacterial agent Antibacterial mechanism: Through the biochemical reaction between silver ions and proteases within bacterial cells, the cell structure is disrupted. Meanwhile, silver ions can be released and continue to kill bacteria.