OstroVit Tri-Creatine Malate 300g

OstroVit Tri-Creatine Malate is the highest quality food supplement that is a source of creatine malate. It is a combination of creatine and apple acid in a ratio of 1:3. The supplement does not contain excessive stuffers, fillers and other additives. The micronization of the product is at the highest level. The ideal bioavailability of the product was dictated by high consumer requirements.

• 300 g of creatine malate in the package
• 20 servings of the product
• 1 serving = 2.5 g
• No excessive aromas and preservatives
• Clean composition

Creatine malate - Tri Creatine Malate

Creatine malate repeatedly enhances the anabolic, ergogenic and anti-catabolic effects of creatine. Creatine is an organic compound made of protein fragments, found in muscle tissue. The main task of creatine is to accumulate energy in the muscles, which increases the amount of energy that can be used during training. Increased energy content in the muscles, leads to increased strength and endurance of the body, and thus to a regular increase in the efficiency of training. In addition, it accelerates the growth of lean body mass, increases muscle strength and increases the body's efficiency. In addition, the increased content of creatine contributes to faster muscle regeneration between training series, which delays the effect of physical and mental fatigue of the body.

Creatine malate is one of the most soluble forms of creatine, very well absorbed by the body and effectively converted into phosphocreatine.

The best effects are brought by long-term supplementation combined with a proper, well-balanced diet, proper training and rest.

Properties of the ingredients contained in OstroVit Creatine Malate:

• Works anabolically - supports the construction of pure muscle mass
• Increases the strength and efficiency of the body
• Supports the process of reducing body fat
• Increases the effectiveness of trainings
• Accelerates muscle recovery after training
• Delays the effect of body fatigue
• Well-absorbed form of creatine.