Sir Francis signature Marine Collagen Peptides are scientifically optimized for purity and performance.
With a profile closest to tripeptides, it delivers rapid absorption and exceptional bioavailability - achieving the perfect balance of size and performance that sets it apart from regular marine collagen brands.
Sustainably sourced from wild-caught Russian cod and certified for quality, it is truly the finest marine collagen available on the market today.
While it remains one of the most expensive products on the market, here's the good news: at Sir Francis, we've chosen to keep our profit margins low - because long-term, daily use is essential for real results. This way, our clients can enjoy world-class Marine Collagen all year round at an amazingly affordable rate!
Stronger, Healthier, Younger:
- Promotes Skin Health: Sir Francis revolutionary Marine Collagen formula is clinically shown to improve elasticity, hydration, and collagen density, reducing wrinkles and dryness within 8-12 weeks. Only hydrolyzed bioactive marine collagen delivers this effect, as it is rapidly absorbed and delivered directly to skin and joints.
- Supports Joints & Cartilage: Maintains healthy joints, tendons, and ligaments while aiding cartilage repair and reducing discomfort.
- Strengthens Bones: Enhances bone mineral density (BMD) and supports skeletal strength, especially with age or in postmenopausal women.
- Supports Heart & Circulation: Promotes vascular elasticity and healthy blood vessel function - contributing to overall cardio-vascular wellness.
- Supports Digestive Wellness: Provides amino acids that nourish gut lining, supporting intestinal integrity and overall digestive comfort.
- Boosts Hair & Nails: Strengthens nails and promotes fuller, healthier hair, with visible results in as little as 4 weeks.
The 'rising star' of sports nutrition:
Tendons, ligaments, cartilage, and bones are especially vulnerable to wear and damage from regular or intense physical activity. Collagen is the key protein that maintains their strength, elasticity, and ability to regenerate.
As a food supplement, Sir Francis Type I Marine Collagen Peptides provide a unique dual action:
Structural Support: Its amino acid profile delivers the essential building blocks for protein and collagen synthesis, supporting strong connective tissues.
Bioactive Signalling:
Containing specialised peptides that act as cellular messengers, it stimulates collagen-producing cells to accelerate tissue renewal and repair.
The result is enhanced musculoskeletal resilience, faster recovery, reduced risk of injury, and improved athletic performance - making Sir Francis Marine Collagen a valuable ally in sports nutrition
BUILD, PERFORM, RECOVER WITH COLLAGEN:
Boost Muscle Mass
Collagen is a key part of the extracellular matrix (ECM) that supports muscle repair, strength, and function. Rich in the amino acid glycine, it also helps protect against muscle wasting. In clinical studies, collagen combined with resistance training increased both muscle mass and strength within 12 weeks.
Support Sports Recovery
Intense exercise can stress joints, cartilage, and bones. Collagen peptides stimulate collagen production, reduce joint discomfort, and aid recovery, muscle soreness, and injury prevention - benefits recognized by the International Olympic Committee in sports nutrition.
Dosage and Directions:
How to use: 1 x 10ml measuring scoop (or 3 teaspoons) stirred into hot or cold bevarage of choice (water, juice, smoothies, tea, or coffee.)
For best results, use consistently for at least 8-12 weeks.
What's in the box
1 x 250ml Reseable Ziplock Pouch
Disclaimer
DISCLAIMER: This product may be a complementary medicine and/or not have been evaluated and verified by the South African Health Products Regulatory Authority for its quality, safety or intended use. Use of this product is therefore not intended to compensate for diagnosis, treatment, cure, or mitigation of medical conditions and must not substitute the obtaining of medical advice from a registered health professional for any health or health-related conditions.
