Poudre d'enzyme chymosine

Core Advantages of Chymosin Enzyme:

• Activité de caillage très spécifique Targets the κ-casein Phe105-Met106 site for precise cleavage, disrupting casein micelle stability to achieve efficient curdling without damaging other milk protein structures. This prevents nutrient loss caused by non-specific hydrolysis.
• Diverses sources et sécurité Offers multiple safe and controllable production methods including animal-derived (calf abomasum), microbial fermentation-derived (Mucor micronotatus), and genetically engineered sources. Certified as GRAS by the FDA and EFSA, with no pathogenic risk.
• Adaptabilité exceptionnelle des processus Maintains high activity under typical cheese coagulation conditions (30-42°C, pH 5.8-6.4), is compatible with pasteurization processes, and adapts to diverse industrial cheese production requirements.
• Dosage économiquement efficace With exceptionally high catalytic efficiency, the required dosage is only 0.002%-0.02% (based on milk volume), significantly reducing production costs. Curdling time is controllable (typically 15-40 minutes).

Functional Effects of Chymosin Enzyme:

• Formation à haute efficacité de caillé de qualité supérieure Rapidly forms a dense, uniform three-dimensional casein network in the presence of Ca²⁺. Produces firm, smooth curds that facilitate subsequent cutting and whey drainage, laying the foundation for cheese texture.
• Améliore considérablement le rendement du fromage By optimizing curd structure, it increases solids recovery by 2%-5%, boosting cheese yield while improving sliceability and meltability.
• Favorise la formation de composés aromatiques Components released during coagulation, such as glycopeptides, act as growth factors for probiotics and flavor precursors. This accelerates cheese maturation and enhances characteristic flavor development (e.g., aldehydes, ketones).
• Contrôle précis de la qualité du fromage By regulating enzyme dosage and action conditions, cheese hardness, elasticity, and melting characteristics can be precisely controlled to meet the textural requirements of various cheese varieties like mozzarella and cheddar.