Hubner Silicea Kollagen Plus Sachets - 60 Sachets

Hubner Silicea Kollagen Plus Sachets are a premium supplement designed to support skin, hair, nails, and joint health. Each sachet combines the benefits of silica, collagen peptides, hyaluronic acid, vitamin C, and copper to enhance elasticity, firmness, and overall vitality. Silica supports connective tissue formation, while collagen provides structural strength to skin and joints, helping maintain a youthful appearance and natural resilience.

With a delicious mango and lotus flower flavor, these convenient single-dose sachets are easy to incorporate into your daily wellness routine. Regular use may help improve skin texture, strengthen nails, and promote joint comfort over time.

• Supports skin elasticity, firmness, and hydration
• Promotes stronger, healthier hair and nails
• Contributes to joint flexibility and connective tissue maintenance
• Contains bioactive collagen peptides, hyaluronic acid, silica, vitamin C, and copper
• Delicious mango and lotus flower flavor
• Convenient single-dose sachets, ready to drink

• Reduces the appearance of wrinkles and improves skin density
• Enhances skin moisture and cushioning with hyaluronic acid and silica
• Protects against oxidative stress with vitamin C and copper
• Supports natural collagen production
• Easy-to-use sachets, no refrigeration required

Please refer to individual product for Nutritional Information

Silicic acid, fruit sweetener from apple juice, mango pulp, collagen peptides, aqueous extract of lotus blossom, sodium hyaluronate, ascorbic acid, copper gluconate, stabilizer xanthan, pectin, natural flavouring, citric acid

Drink 2 sachets (1 sachet = 15 ml) per day, between meals. Knead the sachet before consumption. Ready to drink directly, no refrigeration required.

• Do not exceed the recommended daily dose.
• Food supplements should not be used as a substitute for a varied and balanced diet and healthy lifestyle.
• Keep out of reach of young children.
• Do not store above 25°C and protect from freezing.