Aspartic Acid 10 g

Why Aspartic Acid Matters for Nutrition, Sports Formulas and Skincare

Aspartic acid is a non-essential amino acid that plays an active role in cellular metabolism, supports the synthesis of other amino acids and contributes to normal nervous system function. This makes it a sought-after raw material among manufacturers of sports nutrition, dietary supplements and skincare formulators alike. The 10 g pack size is well suited for test batches, laboratory trials and small-scale home formulation, allowing developers to check dosage levels and compatibility with other ingredients before scaling up. This product belongs to the Amino Acids section, which brings together building blocks used across both food and cosmetic industries.

The primary demand for aspartic acid comes from the food supplement and sports nutrition industries, where it supports energy metabolism and helps with recovery after physical exertion. In pharmaceutical manufacturing, the compound is used in the development of combination preparations and biologically active supplements. In cosmetic formulations, aspartic acid is valued as a moisturizing and conditioning agent capable of helping the skin retain water in its upper layers while giving the finished formula a light, non-greasy texture. It is commonly added to serums, toners, facial and body creams, as well as masks and after-shave lotions.

Combining aspartic acid with other amino acids allows formulators to build more functional complexes. It is frequently paired with L-Cysteine, known for its antioxidant properties and role in keratin synthesis, which is particularly relevant for hair and nail care products. In sports formulas, aspartic acid is often combined with Citrulline, since both compounds are involved in nitrogen cycling and support physical performance. For those interested in the differences between isomeric forms, it is worth considering D-Aspartic Acid, which has a different spatial structure and a distinct mechanism of action in the body.

When developing formulas, aspartic acid should be introduced into the water phase at a stage when the mixture temperature does not exceed 40 degrees Celsius, in order to avoid molecular degradation under prolonged heat exposure. A typical dosage in cosmetic formulas ranges from 0.5 to 3 g per 100 g of finished product, with the exact amount depending on the intended use and compatibility with other active ingredients. In food and sports blends, dosage is calculated individually based on daily amino acid intake recommendations. The raw material should be stored in a dry place away from direct sunlight, in tightly sealed packaging, to prevent moisture absorption that could affect powder stability during long-term storage.

Thanks to its compact 10 g pack size, this product suits home formulators, beginner cosmetic chemists and small laboratories who want to test a new formula before moving into larger-scale production. This approach helps minimize costs at the development stage while allowing precise evaluation of how aspartic acid interacts with other ingredients in a recipe.

Hydrating Post-Workout Face Mist

Distilled water 85 ml

Aspartic acid 1 g

Glycerin 4 ml

Panthenol liquid 2 ml

Aloe vera extract 5 ml

Preservative 1 ml

Warm the distilled water gently to about 35 degrees Celsius, then stir in the glycerin and aloe vera extract until fully blended. Add the aspartic acid gradually while stirring continuously until the powder dissolves completely without lumps. Once the mixture cools to room temperature, add the panthenol and preservative, mixing thoroughly until smooth. Pour the finished mist into a clean spray bottle and use it as a refreshing facial treatment after workouts or throughout the day, storing it in a cool, dark place for up to two months.