News Details
News Details
The food processing industry is a track with high safety requirements
May 26,2026
The food processing industry is a high-safety-demanding sector. 70% concentration daily chemical raw materials are mainly used in equipment disinfection, food surface cleaning
The food processing industry is a high-safety-demanding sector. 70% concentration daily chemical raw materials are mainly used in equipment disinfection, food surface cleaning, food additives and other links. 70% isopropyl alcohol, as a food-grade disinfectant, is used for disinfecting the surfaces of food processing equipment, pipelines, containers and workbenches, killing harmful microorganisms and ensuring food safety. Moreover, it leaves no residue after use and does not require secondary cleaning. 70% glycerin, as a food additive, humectant and thickener, is used in the production of baked goods, beverages, candies and meat products to improve the taste and texture of food, extend the shelf life and meet the national food safety standards. 70% mild grade surfactants are used for food surface cleaning, removing pesticide residues, oil stains and dust. They are highly safe and non-irritating. With the tightening of food safety supervision and the enhancement of consumers' health awareness, the demand for 70% concentration daily chemical raw materials in the food processing sector has been steadily increasing.
During the process of cross-border integration and development, the 70% concentration daily chemical raw materials industry presents three core characteristics: First, product customization. In response to the demands of different industries and scenarios, 70% concentration daily chemical raw materials with dedicated formulas, specific purities, and special properties are developed, such as medical-grade, electronic-grade, and food-grade dedicated products. The second is technological synergy. Technologies from industries such as daily chemicals, pharmaceuticals, electronics, and agriculture are integrated to promote the optimization of raw material performance and the expansion of application scenarios. For instance, the application of synthetic biology technology in the pharmaceutical and agricultural fields enhances the safety and functionality of raw materials. The third is the extension of the industrial chain. Raw material enterprises have shifted from single production and sales to" Raw materials - formula - solution Integrated service transformation, providing customized products and technical services for downstream customers, enhancing added value and market competitiveness.
At the same time, cross-border integration also brings new challenges: First, there is a lack of unified standards. Different industries have different requirements for the purity, safety and performance indicators of raw materials, and the absence of a unified industry standard leads to insufficient product compatibility and market chaos. Second, the technical barriers are high. High-end cross-border applications (such as electronic grade and pharmaceutical grade) have extremely high requirements for the purity, stability and impurity control of raw materials. The core technologies are in the hands of a few enterprises, and domestic enterprises are under great pressure for technological innovation. Thirdly, there is a high compliance risk. The pharmaceutical and food industries are strictly regulated, and raw materials must comply with relevant industry standards and regulations. The compliance cost and risk for enterprises are high. Fourth, there is insufficient market awareness. Some emerging industries have insufficient understanding of the performance and advantages of 70% concentration daily chemical raw materials, making market promotion difficult.
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