Triethylene glycol primarily functions in cosmetics in the following ways:
Moisturizing Effect
Absorbing Moisture: Triethylene glycol is hygroscopic. Its hydroxyl groups (-OH) in its molecular structure can form hydrogen bonds with water molecules, thereby absorbing moisture from the air and maintaining a certain level of hydration on the skin's surface.
Reducing Moisture Loss: It forms a thin protective film on the skin's surface. This film reduces the rate of moisture evaporation from the skin's surface, minimizing moisture loss to the external environment and helping the skin maintain hydration for a longer period.
Improving User Experience
Increasing Product Spreadability: It makes cosmetics smoother and more evenly applied, easier to spread on the skin, providing a better application experience without dryness or sticking. For example, in lipsticks and lip glosses, it allows the product to better cover the lips, creating an even makeup finish.
Reduce product viscosity: Appropriately adjust the texture of cosmetics to avoid products that are too thick or oily, making the product feel more refreshing and comfortable, thus improving user comfort. For example, in some lotions or creams, the product can provide sufficient hydration without placing a heavy burden on the skin.
Triethylene glycol Storage Conditions
To ensure the quality and stability of triethylene glycol, proper storage conditions are crucial. The following are the recommended storage conditions for triethylene glycol:
- Temperature: Triethylene glycol should be stored at room temperature (15-25℃), and should not exceed 30℃. High temperatures can easily decompose triethylene glycol, reducing its quality.
- Humidity: Triethylene glycol should be stored in a dry, well-ventilated environment, avoiding moisture. High humidity can cause chemical reactions in triethylene glycol, affecting its quality and efficacy.
- Light: Triethylene glycol should be protected from prolonged exposure to sunlight or other strong light sources. Ultraviolet rays in sunlight can degrade triethylene glycol, affecting its stability.
In addition to the above storage conditions, the following should also be noted:
- Avoid contact with free acids or acidic substances to prevent decomposition reactions.
- Avoid contact with alkaline substances to prevent gel precipitation.
- Storage containers should be colorless, odorless, and non-toxic glass bottles or polyethylene plastic bottles to avoid contamination or decomposition.
Why choose Gneebio?
Gneebio, with decades of experience in research, manufacturing, and marketing of organic chemicals, is one of the leading exporters of chemical products in Henan, China. Over the years, we have been committed to the chemical industries of intermediates, plastic additives, water treatment chemicals and fungicides, and daily chemicals.
Advantages
1) Small batch shipment and sub-packaging are available.
2). Provide COA, MSDS, Health Certificate, and Origin Certificate.
3) Quality first, service best.
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