Strong Anti-aging Agent: Finexell-T11

Wrinkles make one looks old, so one tries his or her best not to have any wrinkles on one’s face. However, have you wondered why do we get wrinkles?

Aging are categorized into extrinsic and intrinsic aging. Extrinsic aging is caused by external factors such as smoking, stress and drinking. It is easier to target the external factor by changing our lifestyle but not on intrinsic aging.

On the other hand, intrinsic aging is caused by long-term exposure of sunlight radiation and decrease in elastic proteins and collagen in our skin.

Normally prevention of intrinsic aging requires the help of skincare products or Botox injection other than just simply changing the lifestyle. As Botox is not affordable to all, skin products are usually the better choice. Many formulators know this truth and try to develop the attractive anti-aging products. However, how to develop such products? Have you ever considered the peptides to be used in your formulation? Our anti-aging agent, Finexell-T11, can be an option. A powerful anti-aging agent, Finexell-T11, is a complex consisting of 4 types of peptides (Hexapeptide-9, Tripeptide-29, Tripeptide-1, Acetyl hexapeptide-8) and Lactobacillus/Collagen Ferment Filtrate. The four different type of peptides play a unique role in anti-aging effect. The extent of anti-aging effect is determined by the length, depth, number of wrinkles on the skin!

1. Regenerate skin
2. Wound healing effect
3. Improve elasticity of the skin
4. Excellent skin permeation
5. Multiple types of peptides to give a total anti-aging care

Lactobacillus/Collagen Ferment Filtrate enhances collagen synthesis and provides antioxidant and anti-inflammatory effects, reducing free radicals in the skin. Tripeptide-1 protects cells by repairing DNA and reducing cell death. Hexapeptide-9, Tripeptide-29, and Acetyl hexapeptide-8 improve skin barrier function and promote collagen production. Together, these ingredients reduce wrinkles and have strong anti-aging effects.

In tests, Finexell-T11 increased cell regeneration and had a greater anti-aging effect with higher concentrations. It also enhanced skin cell recovery in wound healing assays. Finexell-T11 boosted collagen production in a concentration-dependent manner, with 3-5% concentrations effectively improving wrinkles. It outperformed Retinol in reducing collagen-degrading enzyme MMP-1, demonstrating superior wrinkle reduction.

Stability tests showed no discoloration or odor change after 8 weeks at 50°C, with over 95% of Finexell-T11 remaining. Clinical tests confirmed a decrease in wrinkle roughness and depth over 8 weeks, proving Finexell-T11's effectiveness in reducing wrinkles.

1. Heat phase A until the temperature is 70°C
2. Heat phase B until the temperature is 70°C
3. Add phase B to phase A and mix homogenously
4. When the temperature of the mixtures reaches 40°C, add phase C and mix homogenously
5. Add phase D, E and F step by step, continue mixing