Shandong Changrui Biotech Co., Ltd. is one of the leading manufacturers and suppliers of magnesium creatine chelate in China. Please feel free to wholesale bulk high purity magnesium creatine chelate in stock here from our factory. All our raw materials are with high quality and competitive price. Contact us for pricelist.
Product Introduction
Magnesium Creatine Chelate is a metal-organic complex formed by bonding creatine with magnesium ions via genuine chelation. Specifically designed for sports nutrition powders, capsules, and cellular hydration formulas, its core value lies in its unique chelated structure. This structure not only protects creatine from degradation by gastric acid but also enables equivalent athletic performance at lower dosages while improving gastrointestinal tolerability, making it a cutting-edge ingredient for brands developing differentiated, low-dose, high-efficacy sports nutrition products.
Technical Specifications
|
Property |
Specification |
|
Appearance |
White crystalline powder |
|
Assay |
98.0% min |
|
Magnesium Content |
8.0-9.0% |
|
Creatine Content |
Theoretical value |
|
Moisture |
1.0% max |
|
Residue on Ignition |
0.1% max |
|
Creatinine |
100 ppm max |
|
Dicyandiamide |
50 ppm max |
|
Heavy Metals (as Pb) |
10 PPM max |
|
Arsenic (As) |
1 PPM max |
|
Lead (Pb) |
1 PPM max |
|
Mercury (Hg) |
1 PPM max |
|
Cadmium (Cd) |
1 PPM max |
|
Total Plate Count |
1000 CFU/g max |
|
Mold & Yeast |
100 CFU/g max |
|
E. coli |
Negative |
|
Salmonella |
Negative |
Health Benefits & Values
Dual Nutrient Support for Muscle Performance
Provides bioavailable magnesium and creatine to fuel muscle energy metabolism, enabling combined mineral and strength-benefit product positioning.
Optimizes Muscle Cellular Hydration
Balances intra- and extracellular water in muscle tissue, building favorable physiological conditions for post-exercise muscle repair.
Reduces GI Irritation Risk
Its stable chelate structure limits stomach creatine degradation, ideal for consumers sensitive to standard creatine formulations.
Enhances Repeated Sprint Performance
Supports peak and average power output for athletes carrying out intermittent burst-style training.
Enables Convenient Low-Dose Intake
Delivers effective creatine supply at lower serving sizes and simplifies daily supplementation for end consumers.
Core Value in Formulation Development
Single-Raw-Material Dual-Nutrient Supply
One feedstock fulfils two formulation objectives: creatine-based energy source and bio-usable magnesium mineral input. It cuts total incoming raw-material SKUs and simplifies recipe architecture for "creatine plus magnesium" compound sports-nutrition goods.
Recipe Flexibility for Low-Loading Formulas
Magnesium Creatine Chelate is low-dose-equivalence trait allows brands to retain target functional potency while reducing per-serving raw-material weight, opening possibilities for compact-portion product design.
Enhanced Digestive-Tract Stability For Finished Goods
The chelated structure maintains integrity during typical solid-dosage manufacturing processes, ensuring consistent product quality.
Harmonious Compatibility With Sports-Nutrition Auxiliaries
Works well with beta-alanine, electrolyte salts, B-vitamin groups and protein-based raw materials. Since magnesium represents a core electrolyte component, it aligns well with modern electrolyte-balance-focused sports-nutrition design trends.
End-Application Scenarios
Sports Nutrition Powders and Capsules (Core Track)
Used within pre-workout and post-workout dry-blend powders and hard-shell capsules to realise combined creatine-magnesium nutritional supplementation.
Cellular Hydration & Muscle Recovery Formulas
Leverage intracellular-water-modulating properties for finished goods positioned around athlete recovery and cellular hydration support.
Repeated Sprint & Endurance Sports Products
Develop low-daily-dose long-acting endurance-support supplements for disciplines requiring frequent burst-sprint movements such as basketball, football and track-and-field sprint events.
Electrolyte-Balanced Sports Nutrition
Satisfies dual formulation requirements: muscle creatine loading and electrolyte mineral replenishment.
Premium Differentiated Sports Nutrition
Well-suited for high-end "next-generation creatine" product lines, differentiated from monohydrate by highlighting cellular hydration and enhanced-absorption selling points.
Application Advantages and Market Positioning
True Chelate Instead Of Simple Physical Mixture
Features a stable 1:1 molar metal-organic coordination complex. Distinct from basic mechanical blends of isolated creatine and magnesium salts; this molecular difference forms its primary competitive advantage.
Multi-Dimensional Functional Supporting Data
Product attributes include cellular hydration influence, peak torque improvement, low-dose equivalence, and enhanced repeated-sprint performance.
Brand Differentiation Support
Provides unique selling propositions for brands targeting premium consumer segments seeking advanced creatine forms.
Factory-Source Mass-Production Guarantee
Large-scale manufacturing delivers competitive factory-direct pricing and supports ton-scale bulk-order demand.
Niche-Market Growth Trend
As sports-nutrition evolves toward premium and differentiated formulations, market demand for chelated advanced creaine derivatives maintains steady upward momentum.
FAQ (Technical Q&A)
Q1: What is the core difference between this chelated ingredient and Creatine Monohydrate?
A: This is a chemically-synthesized 1:1 molar metal-organic chelate combining magnesium ion and creatine. Unlike monohydrate which only delivers creatine, this variant co-delivers bio-available magnesium mineral. Its chelated molecular architecture helps resist gastric-fluid degradation, and comparable exercise outcomes can be reached at relatively lower supplementation intake levels.
Q2: What is the recommended dosage of Magnesium Creatine Chelate powder?
A: For sports-nutrition powder and capsule applications, suggested serving range sits 2.5-5 g calculated on chelate-salt weight. Thanks to its chelate characteristics, comparable functional effects can be achieved without raising intake dosage.
Q3: Is the product suitable for liquid formulations?
A: Solid-state storage delivers good stability. Once dissolved in aqueous environments, partial chelate-bond protection exists, yet high-temperature exposure or extreme-pH shifts may trigger creatine cyclisation. If liquid format is required, prepare solutions freshly or adopt cold-chain finished-goods storage.
Q4: What is the difference between this chelated ingredient and a physical blend of creatine + magnesium?
A: Simple physical powder mixing cannot build stable coordination-bond structures. Such blends leave creatine exposed to stomach-acid breakdown. By contrast, this finished chelate forms intrinsic metal-organic coordination bonds to realise mineral-nutrient co-delivery together with molecule-level protection for creatine.
Q5: How does this chelated ingredient support cellular hydration?
A: It helps modulate intracellular and extracellular water balance in muscle tissue.
Q6: What about gastrointestinal tolerance?
A: It offers better gastrointestinal tolerance than monohydrate.
Q7: What is the magnesium content?
A: Elemental magnesium falls within 8.0-9.0 %. Each 5 g chelate-salt portion supplies roughly 400-450 mg of elemental magnesium for nutritional-label calculation.
Q8: Can you customize premix blends?
A: Custom compound premix services are supported, including formula iteration and lab-scale compatibility assessment for multi-ingredient sports-nutrition recipes.
Q9: How does the product differ from Creatine Nitrate and Creatine HCl?
A: This chelate variant prioritises magnesium mineral synergy plus cellular-hydration-related performance gains. Creatine Nitrate highlights nitrate-driven vasodilation for liquid-oriented muscle-pump product concepts. Creatine HCl is optimised for instant ambient-temperature dissolution. Each derivative targets distinct market use-cases.
Q10: What functional benefits does this chelated ingredient offer?
A: It supports cellular hydration, peak torque, low-dose equivalence, and repeated-sprint performance.
Q11: What applications is Magnesium Creatine Chelate best suited for?
A: It is best suited for sports nutrition powders, capsules, recovery formulas, and premium differentiated products.
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