Direct supply from Yanxatech manufacturing facilities. Audited batches compliant with international military, semiconductor, and fine chemical benchmarks.
In high-potency nutritional science, industrial pharmaceutical production, and performance metabolic therapies, Dimagnesium Malate Powder (molecular formula: C4H4Mg2O5; CAS No: 671197-50-5) represents the pinnacle of mineral chelation engineering. Unlike common organic magnesium salts such as standard magnesium malate (monomagnesium malate) or inorganic alternatives like magnesium oxide and magnesium carbonate, dimagnesium malate chemically complexes two elemental magnesium ions to a single L-malic acid dicarboxylic skeleton.
This distinct stoichiometric ratio (2:1 Mg:Malic acid) overcomes the primary historical compromise in mineral supplement manufacturing: achieving high elemental mineral yield without destroying bioavailability or causing severe osmotic gastrointestinal distress. Standard monomagnesium malate delivers approximately 11.3% to 15.2% elemental magnesium by dry weight, requiring bulky tablet or capsule fills. In contrast, pure synthetic Dimagnesium Malate Powder provides 20.0% to 22.5% fully bioavailable elemental magnesium, significantly reducing dosing bulk while preserving gentle absorption kinetics.
The biological supremacy of dimagnesium malate stems from its dual-action intracellular mechanism:
| Compound Form | Elemental Mg Content | Solubility Profile | GI Irritation Index | Cellular Bioavailability |
|---|---|---|---|---|
| Dimagnesium Malate (YANXA Pharma-Tech) | 20.0% - 22.5% | Rapid & Complete (Aqueous) | Extremely Low | Exceptional (High Retention) |
| Monomagnesium Malate | 11.3% - 15.0% | Moderate | Low | High |
| Magnesium Bisglycinate Chelate | 12.0% - 14.1% | High | Extremely Low | High |
| Magnesium Citrate (Tri-magnesium) | 15.0% - 16.0% | High | Moderate (Osmotic Effect) | Moderate-High |
| Magnesium Oxide (Inorganic) | 58.0% - 60.3% | Extremely Low (Acid-dependent) | High (Severe Laxative) | Very Poor (< 5%) |
Yanxatech System Industries Limited leverages vertically integrated fine-chemical refining ecosystems across China to combine cost efficiency, regulatory purity, and sustained output scale.
China is the global production epicenter for high-purity, bio-fermented L-Malic acid and primary mineral magnesium salts. By utilizing direct factory-pipe synthesis without intermediary cross-border shipping, YANXA insulates global enterprise procurement teams from sudden supply bottlenecks and upstream raw-material price volatility.
Our synthesis plants utilize continuous multi-stage closed-loop reactors coupled with vacuum spray drying. This eliminates unreacted malic acid or free magnesium carbonate traces, ensuring genuine coordination bonding, consistent bulk density (0.45–0.75 g/ml), and uniform granulometry (80 to 200 mesh) engineered for fast tableting and blending.
Through our dedicated chelation and ion-exchange separation cascades, residual lead (Pb), arsenic (As), cadmium (Cd), and mercury (Hg) are kept below 0.1 ppm—well below stringent California Proposition 65, European Pharmacopoeia (EP), and United States Pharmacopeia (USP) limits.
Transparent tiered price benchmarks for procurement managers, formulation houses, and contract pharmaceutical developers.
| Order Volume Tier | Typical FOB Shanghai/Qingdao Price | Elemental Mg Assay | Standard Packaging | Production & Shipping Lead Time |
|---|---|---|---|---|
| Sample / Evaluation Tier (10 kg – 50 kg) | $28.00 – $34.00 / kg | ≥ 20.0% Guaranteed | 1 kg Foil Pouches / 25 kg Drum | 3 – 5 Business Days |
| Pilot Production Tier (100 kg – 500 kg) | $19.50 – $24.00 / kg | ≥ 20.5% Guaranteed | 25 kg UN-Rated Fiber Drums | 7 – 10 Business Days |
| Commercial Run Tier (1,000 kg – 5,000 kg) | $14.80 – $18.20 / kg | ≥ 20.5% USP/FCC Grade | 25 kg Drum with Double PE Liners | 12 – 15 Business Days |
| Full Container Load (FCL) Tier (10 MT – 20 MT+) | $11.20 – $13.90 / kg | Custom Particle Size (80–200 Mesh) | Palletized & Shrink-Wrapped Drums | 18 – 25 Business Days |
Industrial B2B procurement costs depend on four primary chemical and logistical variables:
Engineered to resolve real-world formulation stability issues across dietary supplement manufacturing, clinical nutrition, functional foods, and veterinary medicine.
Traditional magnesium salts yield a chalky texture or strong metallic, bitter aftertastes that ruin beverage flavor systems. YANXA's dimagnesium malate provides clean, mild acidity with neutral mineral notes, allowing seamless dissolution into isotonic sports beverages, nootropic shots, and recovery drink powders.
Tablet size remains the leading driver of consumer non-compliance in magnesium supplementation. Supplying >20% elemental magnesium with high bulk density, dimagnesium malate allows tablet developers to compress 200 mg elemental Mg into compact, easily swallowed tablets without requiring high excipient binder loads.
Clinical studies connect malic acid with reduced muscle soreness, enhanced lactic acid clearance, and ATP replenishment in chronic fatigue and fibromyalgia patients. Incorporating our dimagnesium malate powder elevates pre-workout endurance blends and restorative sleep supplements above generic mineral formulas.
Magnesium gummies often experience moisture weeping, texture degradation, and sugar crystal inversion caused by hygroscopic raw minerals. The non-hygroscopic crystalline matrix of YANXA dimagnesium malate ensures high pectin gel setting strength and clean demolding across commercial production runs.
Yanxatech System Industries Limited enforces end-to-end quality validation protocols that meet the strictest scrutiny from overseas quality teams and regulatory inspectors.
When Tier-1 global pharmaceutical, nutraceutical, and chemical brands procure active ingredients from China, regulatory compliance and batch consistency are non-negotiable. YANXA operates a rigorous four-phase verification framework to ensure zero defect rates upon delivery at North American, European, and Asia-Pacific ports:
Every batch of incoming L-Malic acid is verified via HPLC for optical rotation and chiral purity. Inorganic magnesium precursors are tested via ICP-OES to detect trace element profiles before reaction release.
Reaction temperature, agitation shear, and pH curves are logged continuously via SCADA systems to guarantee total complexation without residual unreacted oxide or acid salts.
Release testing includes FTIR identification, potentiometric titration for elemental magnesium assay, laser diffraction particle size distribution (Malvern), and full microbiological screenings.
Export Packaging & Hazardous Material Competence: Grounded in YANXA’s deep operational experience with UN-certified cargo, gas cylinders, and industrial nitrates, our packaging standards protect fine mineral powders from humidity, puncture, and static build-up. Standard packaging includes 25 kg multi-wall fiber drums with hermetically heat-sealed double food-grade polyethylene liners, palletized on heat-treated ISPM-15 compliant pallets with complete moisture-barrier shrink wrapping.
Technical, analytical, and operational answers addressing the core questions raised by procurement directors and lead formulation chemists.
Engineered to exact physical and chemical specifications for global industrial manufacturing, energetic materials, and precision metallurgy.
Request a batch-specific COA, technical dossiers, regulatory audit packs, or custom volume spot quotes directly from our lead chemical engineering desk.
