Anvika Marine Collagen 150gm Premium Japanese Peptides for Skin, Hairs, and Nails

Anvika Marine Collagen 150gm Premium Japanese Peptides for Skin, Hairs, and Nails | Orange Flavour | Clinically Tested Marine Collagen

Product Description: 

Anvika Marine Collagen is a hydrolysed formulation of Japanese marine peptides, making it a powerful anti-ageing solution. Infused with a pleasant Orange Flavor, it eliminates any fishy aftertaste. Clinically tested, each scoop delivers 4.25g of collagen, the optimal dose for desired results. Designed for convenience, it easily dissolves in water for a smooth blend, ensuring high absorption and helping consumers efficiently achieve their beauty goals.

Health Benefits:

• Powerful Anti-Aging Formulation: Hydrolyzed Japanese marine peptides known for their potent anti-aging properties.
• Delicious Orange Flavor: Crafted with a delightful orange flavor to ensure a palatable taste with no fishy aftertaste.
• Optimal Dosage: Each scoop contains 4.25g of collagen, the optimal dose for achieving desired results.
• Ease of Use: A consumer-friendly format that dissolves easily in water provides a smooth blend.
• High Absorption: Designed for efficient beauty goals with a high absorption formulation.
• No Added Sugar: Formulated without any added sugar.
• Visible Results in 3 Months: Radiant and hydrated skin, Restored skin elasticity and Reduced fine lines and wrinkles
• Stronger Nails: Helps in strengthening nails.
• Healthier Hair with Biotin: Strengthens hair and facilitates growth with the added benefit of biotin.

Ingredients:

Marine collagen Peptide, Salt, Natural Orange Flavour, Lemon, Acidity regulator, Non-caloric sweetener, hyaluronic acid, vitamins C, Natural Color orange, Biotin

Directions for Use:

1 serve with 75-100 ml of water as per taste preference

Product highlights:

Diminish fine lines and wrinkles
Achieve radiant and firm skin
Reduce the appearance of cellulite
Strengthen nails and reduce brittleness
Improve hair thickness and reduce hair fall
Enhance muscle recovery and mobility