A Concentrated Active for Firming and Renewing Mature Skin
Juvefoxo in a 5 ml size is a highly concentrated active ingredient created for small-batch formulation and home cosmetic making before scaling up to larger production runs. This compact volume is ideal for testing new formulas and refining recipes before committing to bigger purchases. The product belongs to the Anti-Age Actives category, which brings together concentrated ingredients aimed at addressing visible signs of skin aging such as loss of firmness, fine lines and uneven texture.
The primary application of Juvefoxo lies in the formulation of facial creams, serums, ampoule concentrates and lifting masks used across professional and home-based skincare production worldwide. The active supports the skin's natural production of collagen and elastin, contributing to a firmer, more contoured appearance and a visible reduction in fine lines. Globally, ingredients of this type form the backbone of premium anti-aging serum lines, overnight recovery treatments and targeted products for the delicate eye and lip contour area.
Juvefoxo 5 ml belongs to the category of cosmetic peptides designed for targeted skin care formulations. Formulators often explore additional options in cosmetic actives or consider the larger Juvefoxo 100 ml for scaled production.
The recommended usage rate for Juvefoxo typically ranges from 1 to 3 percent of the total formula weight, though the exact figure should be confirmed against the batch documentation supplied with the product. The ingredient should be added during the final, cool-down phase of production, once the base has dropped below 40 degrees Celsius, to preserve its activity. For enhanced lifting results, it pairs well with the Peptide serum formulation 10 ml, which further supports the relaxation of expression lines through its peptide fraction.
For a well-rounded hydrating and firming formula, Juvefoxo combines nicely with the Hyaluronic Gel 25 ml, giving formulators the ability to address both moisture retention and visible skin renewal in a single product. Adding a small amount of Gladback 1 ml further supports smoothing of expression lines, making the finished formula more comprehensive in its anti-aging performance.
Juvefoxo should be stored refrigerated, in its original tightly sealed packaging, away from direct sunlight and temperature fluctuations. Under proper storage conditions the ingredient retains its activity for the full stated shelf life. Before using any finished product containing this active, a patch test on a small area of skin is recommended, along with checking compatibility with other formula components, particularly low pH acidic ingredients.
Overnight Firming Facial Concentrate
Distilled water 58 ml
Glycerin 4 ml
Vegetable emulsifier 7 g
Sweet almond oil 9 ml
Hyaluronic Gel 25 ml 12 ml
Juvefoxo 5 ml 3 ml
Broad spectrum preservative 1 ml
Combine
the water, glycerin and emulsifier in a heat-resistant container and warm over
a water bath to around 70 degrees Celsius until the emulsifier fully dissolves.
Warm the almond oil separately to the same temperature, then slowly pour it
into the water phase while stirring continuously until a smooth emulsion forms.
Allow the mixture to cool below 40 degrees Celsius, then add the hyaluronic
gel, Juvefoxo and preservative one at a time, stirring gently after each addition.
Transfer the finished concentrate into a glass bottle with a pump dispenser and
apply a small amount to cleansed facial skin before bedtime.
FAQ
What is the recommended input percentage for Juvefoxo 5 ml?
The recommended input percentage is 2%. Formulators should note this when adding Juvefoxo in the 5 ml pack to a recipe.
In what phase and at what temperature should Juvefoxo 5 ml be added to a formula?
It should be added during the cool-down phase once the base has dropped below 40 °C.
What is the solubility of Juvefoxo 5 ml?
It is soluble in water at a temperature not higher than 40 °C.
How should Juvefoxo 5 ml be stored?
It should be stored refrigerated in its original tightly sealed packaging away from direct sunlight and temperature fluctuations.