Enhanced Endurance: Delays the onset of fatigue, enabling you to train harder and longer.*
Improved Recovery: Speeds up muscle recovery post-workout, reducing downtime between training sessions.*
Lactic Acid Buffering: Acts as a buffer for lactic acid, helping to delay muscle fatigue and reduce the 'burning' sensation during intense exercise.*
Convenience: Creatine capsules offer a convenient alternative to powders, making it easy to take your supplements on the go without the need for mixing.*
Precise Dosage: Capsules ensure accurate dosing, eliminating the guesswork associated with measuring powders.*
No Taste or Texture Issues: Avoids the taste and texture issues that can come with powdered supplements.*
What is Creatine Monohydrate?
Creatine monohydrate is a precursor to creatine phosphate, the bio-energetic fuel that replenishes cellular ATP (adenosine triphosphate) levels during maximum-intensity contractions. Supplementing with creatine monohydrate can increase creatine phosphate levels in muscles, improving work output capacity, power, recovery, and muscle hydration. Properly hydrated muscles minimize muscle catabolism (breakdown).

Creatine Boosts Muscle Strength, Size, and Endurance
Creatine is one of the most researched and important sports supplements available today. It has become essential for athletes looking to increase workout intensity and delay the onset of fatigue. Research shows that supplementing with creatine can boost muscle size, strength, and endurance, improve athletic performance, and speed muscle recovery. Saturating your muscles with creatine enhances your body's ability to quickly replenish and recycle ATP, increasing muscle energy and delaying muscle fatigue. Studies indicate that athletes who supplement with creatine while weight training can quickly gain lean body mass and strength.

Creatine May Act as a Lactic Acid Buffer and Improve Exercise Recovery Time
Lactic acid, a byproduct of anaerobic exercise such as weight training, is responsible for the 'burning' sensation when muscles become fatigued. When you can no longer train, it's either because you've run out of energy or there's a buildup of lactic acid. Creatine may act as a buffer for lactic acid, helping to delay the onset of fatigue.

Creatine Stimulates Protein Synthesis
Creatine may also promote muscle growth by stimulating protein synthesis in two ways. First, it increases the work you can do due to its energy-replenishing actions. Second, the more creatine phosphate stored in the muscle, the more water is drawn into the muscle, making it fuller and stronger. Increased creatine phosphate and water in the muscle volumize the muscle cell, which helps trigger protein synthesis, minimize protein breakdown, and increase glycogen synthesis. This volumization effect can lead to enhanced muscle growth when muscles are properly trained. The muscle 'pump' experienced when using creatine is reported to be much more intense due to this cell volumizing effect.