Phospholipid powder wholesale price
The stability of phospholipid powder is influenced by various factors, which may lead to oxidation, degradation, or denaturation of phospholipids. Here are some major influencing factors:
1.Temperature: Phospholipids are prone to oxidation at high temperatures, leading to an increase in free fatty acid content and acidity. Elevated temperatures may decrease the stability of phospholipid powder.
2.Light exposure: Ultraviolet light has a significant impact on phospholipids, and prolonged exposure to light may cause changes in the properties of phospholipids. Phospholipid powder should be stored and used away from direct sunlight.
3.Oxygen: Oxidation reactions of phospholipids are typically initiated by oxygen in the air. Even under low-temperature conditions, phospholipids may undergo oxidative deterioration, manifested by darkening of color, intensified odor, and increased peroxide value. Therefore, excluding oxygen is an important means to prevent phospholipid oxidation.
4.pH value: Phospholipids are generally more stable at neutral pH values, while extreme acidic or alkaline environments may induce degradation or denaturation of phospholipids.
5.Metal ions: Certain metal ions may catalyze the oxidation reaction of phospholipids, affecting their stability.
6.Moisture: The moisture content in phospholipid powder also affects its stability. Moisture may trigger oxidation or decomposition reactions, thus strict control of moisture content in phospholipid powder is necessary.
Moreover, factors such as purity, production process, and specific application scenarios may also affect the stability of phospholipid powder. In practical applications, maintaining the stability and functionality of phospholipid powder requires careful control of storage and usage conditions, including temperature, humidity, light exposure, oxygen contact, etc. Following relevant usage instructions and precautions is also an important measure to ensure the stability of phospholipid powder.
Although phospholipid powder is relatively stable under normal circumstances, it is still necessary to evaluate and adjust according to specific situations in practical applications. If there are specific requirements or concerns regarding the stability of phospholipid powder, consulting with professionals or conducting further experimental research is recommended.