Product Description:
EC Sports BCAA+ is designed to increase strength, endurance, and speed up muscle recovery using our 100% naturally derived and vegan-friendly process. Unlike other sources, our vegan-fermented BCAA powder contains NO human hair or animal products. We take pride in our unique fermentation process that ensures you’re getting maximum purity without the use of any harsh chemical solvents.
What are BCAAs?
Branched-Chain Amino Acids have been shown to trigger protein synthesis and support muscle recovery, making this nutrient a necessity for muscle building exercise regimens.
Our BCAA+ formula includes L-Citrulline Malate, Betaine Anhydrous, and an electrolyte blend of vitamins and minerals to help you train harder and recover faster.
Top Reasons to Supplement with BCAA+
- Promotes Muscle Recovery
- Helps Replenish the Body After Strenuous Workout
- Helps Increase Muscle Endurance
- Promotes Protein Synthesis
- Electrolyte Blend for Re-hydration
Supplement Facts:
DIRECTIONS: Mix one scoop of BCAA+ with 12-16 oz of water. On training days, take one scoop prior to you workout and one scoop post workout.
Chloride 380 mg, Potassium 165 mg, Sodium 150 mg, Vitamin C 60 mg, Vitamin B5 5 mg, Vitamin B6 5 mg, BCAA 2:1:1 (FERMENTED) 5 g, L-Citrulline Malate 2:1 600 mg, Betaine Anhydrous 500 mg
As a Family Owned Company we PROMISE:
- EVERY Ingredient is tested for quality & potency
- We source the HIGHEST quality ingredients
- Our products meet label claim (meaning you can trust what you read on the label)
- Integrity in the process
About the Main Ingredient: Fermented BCAA's
BCAA's (Branched Chain Amino Acids) are essential amino acids that cannot be produced by your body. They are an essential amino acid to support muscle gain and recovery. BCAA's help replenish the body after a strenuous workout and help improve performance during your workout. Our BCAA's are made through a fermentation process. Meaning they are made at a higher quality; without all the harsh chemicals, hair, and duck feathers other BCAA's are typically made with.