-Storage & Production Process Protection
Key words:MOOYAM OEM; Active Ingredient Stability in Skincare OEM; Active Ingredient Storage & Production Protection;
Active ingredient stability is a core factor determining the efficacy and quality of skincare products in OEM production. Most active ingredients (e.g., vitamin C, retinol, plant extracts) are prone to degradation due to external factors such as temperature, light, and oxygen during : Storage & Production Process Protection and storage, directly reducing product efficacy and affecting brand reputation. Effectively protecting active ingredients during the production process and optimizing storage conditions are key to maintaining their stability. This article details the key points of active ingredient protection in skincare OEM production and storage, providing practical guidance for brands to ensure product efficacy and quality stability.
Active Ingredient Protection in Skincare OEM Production Process
1. Raw Material Preprocessing and Handling
Before production, raw materials containing active ingredients should be preprocessed to reduce degradation risks. Heat-sensitive ingredients (e.g., probiotics, polypeptide) should be stored at low temperature before use and added in the later stage of production to avoid high-temperature damage. For light-sensitive ingredients (e.g., vitamin C, niacinamide), preprocessing and mixing should be carried out in a dark environment, using opaque containers to prevent light-induced degradation. Additionally, avoid prolonged exposure of active ingredients to air during handling to reduce oxidation.
2. Production Parameter Control
Strict control of production parameters is critical to protecting active ingredient stability. Emulsification, mixing, and homogenization processes should adopt appropriate temperatures—for heat-sensitive active ingredients, low-temperature emulsification (30-50℃) is preferred to avoid thermal degradation. The mixing speed and time should be optimized to ensure uniform dispersion of active ingredients without causing mechanical damage. Additionally, control the pH value of the formula (usually 4.5-6.5) to avoid extreme pH conditions that accelerate active ingredient degradation.
Active Ingredient Stability Protection in Storage
Scientific storage conditions are essential to maintain active ingredient stability after production. First, control the storage environment: the optimal temperature is 10-25℃, avoid high temperature and temperature fluctuations; relative humidity should not exceed 60% to prevent moisture-induced ingredient degradation. Second, adopt appropriate packaging: use opaque, airtight containers (e.g., brown glass bottles, aluminum foil packaging) to isolate light and air; add desiccants or antioxidants to the packaging if necessary to reduce oxidation and moisture absorption. Third, establish a standardized storage management system, label the production date and shelf life clearly, and adopt a first-in-first-out principle to avoid prolonged storage. MOOYAM OEM strictly adheres to ISO 22716 and GMP standards, integrates active ingredient protection measures into the entire production and storage process, provides one-stop OEM services, and helps brands maintain product efficacy and quality stability.
