Kre-Alkalyn EFX 750mg - 240 capsules

Creatine is unstable in liquids and converts to the useless byproduct creatinine, causing such documented side effects as bloating and cramping. This happens because creatine’s pH level is too low. However, Kre-Alkalyn® EFX creatine is 100% stable because of the way it’s manufactured. It uses patented pH-Correct “buffering” technology that raises its pH level to 12, the critical “non-conversion” zone. Kre-Alkalyn® EFX is the no load, no cycle, no side effect, 100% stable creatine that gives you immediate results and saves you money because you use less. In fact, most athletes only need 1-3 grams a day to achieve results equal to or better than all other unstable creatine products.
This is the number one product for size and strength used by athletes all over the world. Clinical research has proven that Kre-Alkalyn® EFX increases your ability to restore your muscles with all the nutrients needed for maximum growth. Creatine is what your body uses to produce your most immediate fuel source, ATP! When lifting, your body uses ATP to flex a muscle, the body reaches failure long before your muscle actually fails due to running out of ATP. Your body must then rebuild ATP (which takes recovery time). When the body is saturated with Creatine, it recovers sooner and will actually be producing ATP as it’s burned up! This allows you to have stronger, much more intense workouts. Kre-Alkalyn® EFX is the best way to supercharge your ATP levels and grow, grow, grow. Plus, our new patent proves there are not side affects.

No Loading, Cycling Or Side Effects

pH-Correct Creatine

Maximum Stability And Absorption

DIRECTIONS: As a dietary supplement take 2 capsules daily, or 1 hour before your workout.

INGREDIENTS: Kre-Alkalyn® pH-Correct Creatine™, Maltodextrin, Magnesium stearate.

Kre-Alkalyn EFX 750mg - 120 capsules £22.99 Creatine is unstable in liquids and converts to the useless byproduct creatinine, causing such documented side effects as bloating and cramping. This happens because creatine’s pH ... find out more