Scitec Nutrition Tri-Creatine Malate Powder Unflavoured 300g 66 Servings

Scitec Nutrition Tri-Creatine Malate Powder – Unflavored (300g / 66 Servings)

Upgrade your intra-muscular power, elevate endurance output, and eliminate digestive discomfort with Scitec Nutrition Tri-Creatine Malate. Engineered for high-intensity athletes, bodybuilders, and lifters who want enhanced solubility over traditional monohydrate, this unflavored powder features a specialized compound linking 3 moles of creatine to 1 mole of malic acid.

Delivering a clean 3,000 mg dose of pure creatine per serving, Scitec Tri-Creatine Malate fuels cellular ATP regeneration while utilizing malic acid—a key intermediate in the body's Krebs cycle—to maximize total workout performance and athletic stamina.

Key Product Features

• Advanced Tri-Creatine Malate Compound: Features 3 moles of creatine bound to 1 mole of malic acid for superior water solubility and rapid cellular uptake.

• 3,000 mg Pure Creatine per Serving: Provides the research-backed 3g dose required to increase physical performance during short, repeated bursts of high-intensity exercise.

• Dual-Action Energy Fueling: Combines creatine for cellular phosphocreatine loading with malic acid, an essential component of the human body's Krebs (citric acid) energy cycle.

• Enhanced Stomach Comfort: Solves common digestion bottlenecks associated with standard monohydrate, offering easy-mixing, gentle-on-the-stomach absorption.

• 100% Unflavored & Versatile: Contains no added sweeteners, flavors, or dyes, making it seamless to mix into cold water, juice, BCAAs, or pre-workout shakes.

• High-Yield 66-Serving Container: Generous 300g tub supplies 66 complete daily servings for long-term daily workout saturation.

Why Choose Scitec Tri-Creatine Malate?

Standard creatine monohydrate works exceptionally well for many, but some athletes experience gastric bloating or poor powder dissolution.

Scitec Nutrition Tri-Creatine Malate solves this issue. Bonding creatine to malic acid significantly improves water solubility while adding an extra metabolic advantage: malic acid directly aids cellular energy production. The result is smooth mixing, comfortable digestion, and explosive workout power in every scoop.

Product Details

How To Use

Mix 1 serving (approx. 4.5 g) into 300 ml of cold water, fruit juice, or your preferred workout beverage.

• Training Days: Consume 1 serving 30 minutes before training or immediately post-workout to support rapid ATP recovery.

• Non-Training Days: Consume 1 serving in the morning with breakfast to maintain steady intramuscular creatine levels.

• Hydration Note: Maintain adequate daily water intake while taking creatine to support intra-cellular hydration and muscle cell volumization.

Who Is It Suitable For?

Scitec Nutrition Tri-Creatine Malate is ideal for weightlifters, bodybuilders, combat athletes, sprinters, and fitness enthusiasts who experience digestive discomfort with standard monohydrate or desire a highly soluble creatine option with added Krebs cycle support.

Frequently Asked Questions

Q: What is Tri-Creatine Malate and how does it differ from Monohydrate?

Tri-Creatine Malate is a compound made of three creatine molecules bound to one malic acid molecule. This structure provides higher water solubility and utilizes malic acid to support cellular energy production in the body's Krebs cycle.

Q: Is Tri-Creatine Malate gentler on the stomach?

Yes. Due to its chemical bond and enhanced solubility in water, Tri-Creatine Malate is often easier to digest and less likely to cause gastric discomfort compared to basic monohydrate.

Q: Can I mix Scitec Tri-Creatine Malate with my pre-workout or protein powder?

Yes. Because it is completely unflavored, it dissolves easily into pre-workouts, amino acid drinks, or protein shakes without altering their flavor.

Q: Does Scitec Tri-Creatine Malate contain any caffeine or stimulants?

No. It is 100% stimulant-free, making it safe to take at any time of day—including late evening workouts—without affecting sleep quality.