The paper-faced gypsum board mold inhibitor is a specialized functional additive tailored for the characteristics of gypsum board substrates. It is mainly used to address the mold growth problems caused by moisture, closed environment, and suitable temperature and humidity during the production, storage, installation, and use of paper-faced gypsum boards. It can effectively prevent the occurrence of blackening, mold growth, powdering, delamination, and odors on the boards, ensuring the structural stability and indoor decoration effect of gypsum boards, and is widely applicable to gypsum board decoration projects in humid residential and commercial spaces.

The spinning oil agent preservative is a functional additive specifically designed for the textile and chemical fiber industry. It is mainly developed for spinning oil agent systems of polyester, nylon, polypropylene, etc.

The paper pulp contains cellulose, hemicellulose and water. In the production environment with a pH of 4-8 and a temperature of 25-45℃, it is highly prone to the growth of bacteria, molds, yeasts and algae and other microorganisms. The metabolic activities of these microorganisms will decompose the fibers and produce mucus, leading to problems such as rotten pulp, paper holes/black spots/ruptures, equipment sludge blockage,

According to chemical structure and source, the antimicrobial agents used in latex gloves can be classified into four major categories: inorganic antimicrobial agents, organic antimicrobial agents, natural biological antimicrobial agents, and composite antimicrobial agents. Different types have significant differences in antibacterial effect, safety, compatibility, and cost. They are suitable for different grades and scenarios of latex glove production. Among them, composite antimicrobial agents have become the mainstream choice in the industry.

In the fields of industrial and civil materials, the proliferation of microorganisms is a common and controllable issue. Microbial activities can lead to product deterioration, performance decline, or pose hygiene risks.

Kathon preservatives, as highly effective and broad-spectrum disinfectants, have solved the problem of microbial contamination in the industrial sector of Linyi, extending equipment lifespan and improving product quality. This aligns with the trend of green chemical engineering. Local enterprises, through independent research and development, provide stable and environmentally friendly anti-corrosion solutions, contributing to industrial upgrading.

Today, with the wide application of microfiber materials in shoe materials, clothing, home decoration, etc., the material deterioration, odor generation and health risks caused by mold growth have become industry pain points. Dalian Tinawei Chemical, as a leading enterprise in the field of antibacterial and mold prevention, has provided a full life cycle microbial control solution for microfiber materials by leveraging its nano silver-zinc composite technology, sustained-release mechanism and material adaptability advantages.

In the context of enhanced global public health awareness and the surging demand for health and safety materials in the consumer market, plastic extrusion antibacterial masterbatch, as the core material for functional upgrading of plastic products, is experiencing unprecedented development opportunities.