Cr2®
Creatine Di-phosphate HCL

• Increases muscle volume and strength
• Improves endurance
• Produces intense muscle pumps and vascularity
• Speeds recovery
• Facilitates optimal creatine absorption (nearly 100%)
• Minimized water retention and bloating vs. traditional creatine products
• Uniquely formulated for enhanced bioavailability

Creatine is one of the most well studied nutritional supplements available today. Its benefits have been scientifically proven in numerous studies, for men and women alike. Creatine is effective in producing faster gains in muscle size and strength, and increasing muscle endurance thereby allowing you to work out more intensely for longer periods of time. Moreover, creatine helps muscle recover faster, reducing muscle fatigue and soreness.

Research shows that creatine is most effective in high-intensity training and explosive activities such as football and sprinting.

Although it is available in many forms, creatine di-phosphate is most notably effective and bioavailable. With Cr2®, expect noticeably greater gains in muscle size and strength with less bloating compared to other forms of creatine available.

HOW DOES Cr2® WORK?

Our muscles’ main source of fuel during any workout is adenosine tri-phosphate (ATP). Creatine phosphate helps re-synthesize ATP during high intensity training and the more creatine one has within their muscles, the more efficient the process. This translates into more power, more reps and more muscular endurance. In addition, creatine has an anabolic effect, carrying water into cells along with it which increases protein synthesis. This can make your muscles fuller and rounder or more volumized & hydrated. Simply taking proper amounts of Cr2® will assist in developing more muscle.

Creatine is naturally produced by the human body. As a naturally-derived substance, no harmful side effects have ever been reported in scientific literature. Today, creatine is one of the most widely used supplements for both men and women who seek to get the most out of their training and performance.