Designs for Sport Collagen Complex Peptides Powder - 30 Servings
Designs for Sport Collagen Complex Peptides Powder - 30 Servings
Product details
Designs for Sport Collagen Complex is an unflavored collagen peptides powder designed to support joint health, bone strength, and skin elasticity. Formulated with research-backed peptides and NSF certified for sport, this powder blends easily into shakes, smoothies and beverages.
Key Features
- Contains Fortigel and Verisol collagen peptides to support joints, bones, and skin elasticity
- NSF certified for sport with no banned substances; GMP registered facility audited twice yearly
- Rich in amino acids including hydroxyproline, glycine, and proline for structural support
- Pleasant, neutral taste mixes easily into shakes, smoothies and other foods
- 2x potency and purity tested for quality and safety
Who Is It For
This collagen powder suits athletes and active individuals looking to support joint, bone, and connective tissue health, as well as anyone seeking to increase their collagen intake through supplementation.
Product Details
| Brand | Designs for Sport |
|---|---|
| Form | Powder |
| Size | 13.8 Ounce (30 Servings) |
Frequently asked questions
What collagen peptides are in this product?
This collagen complex contains Fortigel and Verisol, two research-backed collagen peptides designed to support joints, bone strength, and skin elasticity.
Is this product tested for banned substances?
Yes, it is NSF certified for sport, meaning it contains none of the 280+ substances banned by major athletic organizations. The facility is GMP registered and audited twice annually by NSF International.
How can I use this collagen powder?
This unflavored powder blends easily into shakes, smoothies, and other foods and beverages, making it convenient to add to your daily routine.
What amino acids does this collagen contain?
The collagen peptides are rich in amino acids including hydroxyproline, glycine, and proline, which support the strength and flexibility of bones, tendons, and cartilage.