DuPont Amberlite FPC12 H
Amberlite FPC12 H ion exchange resins are optimized for use as catalysts for sucrose conversion. Due to the better diffusion rate of sucrose and invert sugar through the resin structure, its unique porosity confers an abnormal conversion rate. Amberlite FPC12 H can also be used for other catalytic reactions in food processing or food additive production.
Use. Sucrose inversion.
Application of acid catalysis in food.
Advantage. The low pressure drop allows for efficient system operation.
High water content allows for more efficient diffusion and conversion of sucrose due to the high catalytic activity of Amberlite FPC12 H ion exchange resins, which are becoming more and more widely used in food processing and food additive production. In addition to sucrose conversion, this resin can also be used in a variety of other catalytic reactions, such as esterification, etherification, alcoholization, etc.
In food processing, the application of Amberlite FPC12 H ion exchange resins is not limited to catalytic conversion of sucrose. For example, in juice production, it can be used to remove bitter substances from fruit juice and improve the taste and quality of fruit juice. In addition, it can also be used to produce low-sugar, sugar-free foods, such as low-sugar biscuits, sugar-free candies, etc. In these applications, the superior properties of Amberlite FPC12 H ion exchange resins make food processing more efficient and environmentally friendly, while also providing consumers with healthier, tastier foods.
Amberlite FPC12 H ion exchange resins also play an important role in the production of food additives. It can be used in the production of various food additives, such as acidulants, sweeteners, preservatives, etc. These additives have a wide range of applications in the food industry, which can improve the taste, color, and shelf life of food. By using Amberlite FPC12 H ion exchange resins, the production process of food additives is safer and more efficient, while also ensuring the quality and safety of food products.
In conclusion, the application of Amberlite FPC12 H ion exchange resin in food processing and food additive production has injected new vitality into the development of the food industry. Its excellent performance and wide application not only improve the efficiency and quality of food production, but also bring consumers healthier and more delicious food choices.