Wholesale Magnesium In Powder Form Supplier & Quotes

High-purity atomized and mechanical magnesium powders tailored for aerospace, metallurgy, chemical synthesis, and defense. Certified supply chains & customized global solutions.

Specialty Materials & Global Chemical Integration

Yanxatech System Industries Limited (YANXA) is an established Chinese supplier of high-end specialty chemicals and performance materials. Established in 2008 as a focused specialty chemicals developer, YANXA has steadily grown into a premium partner for industrial materials globally, leveraging close research ties with leading academic institutes and state-of-the-art production assets.

We build our operations around the pillars of Quality, Safety, and Operational Efficiency. Our corporate footprint reaches chemical, mechanical, aerospace, and energy sectors, delivering high-spec metal powders, liquid rubber formulations, and essential inorganic salts that power advanced manufacturing across multiple continents.

2008
Est. Year
ISO 9001
Certified Quality
30+
Export Nations

Core Competencies & Supply Framework

At YANXA, we understand that standard chemical specifications do not always satisfy the rigorous demands of custom industrial applications. By partnering directly with China's top tier chemical research institutions, we possess the technological depth to customize parameters such as surface passivation, particle size distributions, and binder compatibility.

Our Comprehensive Product Supply Portfolio Includes:

  • Liquid Rubber Formulations: High-performance HTBN, ATBN, HTBS, and L-XNBR designed for aerospace binders, structural adhesives, and elastomer modification.
  • Specialty Metal Powders: Atomized spherical aluminum powder, flake aluminum, zinc-aluminum alloys, and pure magnesium powder.
  • Advanced Nitrates & Specialty Salts: High-purity inputs for propellants, pyrotechnics, and metallurgical flux.

Magnesium Powder Specifications & Quality Metrics

We offer commercial and high-purity magnesium powders manufactured using both atomization (spherical) and mechanical grinding processes. Explore typical specifications below:

Product Grade Active Mg Content (%) Particle Size Range (Mesh/μm) Shape Classification Primary Industrial Applications
Grade YX-MG-995S ≥ 99.5% 100 - 325 mesh (150 - 45 μm) Spherical (Atomized) Additive manufacturing, high-density alloy compacts, chemical synthesis
Grade YX-MG-990P ≥ 99.0% 50 - 200 mesh (300 - 75 μm) Granular / Flake Chemical synthesis (Grignard reactions), pyrotechnic displays
Grade YX-MG-Passivated ≥ 90.0% - 98.0% 20 - 100 mesh (850 - 150 μm) Coated Granular Iron & Steel desulfurization (safe handling, delayed oxidation)
Al-Mg Alloy Powder Al: 48-52% / Mg: 48-52% 80 - 200 mesh (180 - 75 μm) Atomized Spherical Propellant fuels, flares, metallurgical alloying agents
Critical Safety & Storage Notice

Magnesium powder is classified as a hazardous material (UN 1418, Class 4.3 Water-Reactive / Class 4.1 Flammable Solid). It must be stored in cool, dry, well-ventilated areas, completely sealed from humidity and moisture. All handling areas must utilize explosion-proof electrical systems and spark-resistant tools.

Global Market Trends & Procurement Drivers

How evolving technology, environmental demands, and B2B requirements are reshaping the supply and use of magnesium in powder form.

1. Growth in Additive Manufacturing

Advanced aerospace and automotive designers are turning to magnesium-based metal 3D printing. As the lightest structural metal, spherical magnesium powders offer unparalleled weight reduction without sacrificing specific strength, pushing suppliers to guarantee D50/D90 particle size distributions.

2. Green Steel Production

In metallurgy, the push for cleaner steel grades has driven the adoption of co-injection processes using passivated magnesium powder. By reducing sulfur levels to ultra-low thresholds, steel plants increase ductility and structural life, boosting B2B demand for passivated bulk shipments.

3. Rigorous Safety & Compliance

Global regulatory bodies (REACH, TSCA, GHS) are enforcing stricter safety requirements on the transit of water-reactive metals. Supply security now hinges on a supplier's capability to deliver UN-certified protective packaging, detailed MSDS sheets, and compliant customs documentation.

Featured Industrial Chemicals & Raw Materials

We maintain strong production capacity and active stock for key chemical reagents and chemical intermediates. Click below for specialized inquiries.

Formaldehyde Solution

Formaldehyde Solution (Formalin)

Colorless liquid, easily polymerized, strong reducing agent. Commercially supplied as 37-50% solution with methanol stabilizer.

Detailed Specs →
Hexamine

Hexamethylenetetramine (Hexamine)

White crystalline intermediate (HMTA), CAS 100-97-0. Essential for plastic resins, rubber compounding, and pyrotechnics.

Detailed Specs →
Paraformaldehyde

Paraformaldehyde Powder 96% / 92%

White powder linear polymer, high active concentration. Ideal for synthetic resins, coatings, and disinfectant formulations.

Detailed Specs →
Atomized Al-Mg Alloy Powder

Atomized Spherical Al-Mg Alloy Powder

Uniform chemical composition, high density. Designed for metal matrix composites and aerospace fuel applications.

Detailed Specs →
Carbon Tetrafluoride

Carbon Tetrafluoride (CF4 Gas)

Electronic grade etching gas for semiconductor microchip fabrication, offering high chemical stability.

Detailed Specs →
Tricalcium Phosphate

Tricalcium Phosphate (TCP)

Food and industrial grade calcium phosphate. Effective flow conditioner, stabilizer, and mineral supplement.

Detailed Specs →
Sulfur Hexafluoride

Sulfur Hexafluoride (SF6 Gas)

High-dielectric gas for high-voltage electrical switchgear, transformers, and gas-insulated substations.

Detailed Specs →

Advanced Production & Quality Control

From raw magnesium ingots to precision mesh distributions: our quality assurance protocol.

1. Raw Material Assay Verification

Every batch begins with raw magnesium ingots containing at least 99.9% purity. Optical Emission Spectrometry (OES) inspects input materials to ensure iron, silicon, and copper impurities remain below trace ppm limits.

2. Processing & Inert Gas Milling

To minimize spark risks and maintain high chemical purity, our mechanical milling and atomizing towers operate under a closed-loop argon or nitrogen protective atmosphere. This controls oxygen levels and prevents flash ignition.

3. Precision Classification & Sifting

Using high-precision sonic sifting technology, we isolate specific particle size fractions. Laser diffraction analyzers (Malvern Mastersizer) monitor D10, D50, and D90 parameters to match customer requirements.

Targeted Solutions for B2B Industries

We offer tailored chemical performance parameters to meet specific industry requirements.

Aerospace & Defense

We supply fine magnesium and aluminum-magnesium alloy powders for solid propellants, pyrotechnic delays, and illuminant formulations. Our strict process control ensures consistent burning rates, high energy densities, and low moisture content, making us a reliable partner for defense logistics.

Industrial Metallurgy

For large-scale iron and steel desulfurization, we supply passivated magnesium granules (ranging from 0.2mm to 1.5mm) treated with specialized anti-oxidation coatings. These passivating agents improve sulfur removal rates, lower slag generation, and reduce thermal loss in hot-metal ladles.

Advanced Chemical Synthesis

High-purity milled magnesium powder is widely used as a key reduction agent and reactant in organic synthesis (specifically Grignard reactions). Our chemical grade powder minimizes induction times, prevents side reactions, and improves yield margins for pharmaceutical and agrochemical syntheses.

B2B Procurement & Logistics FAQ

Common questions regarding orders, lead times, international hazard logistics, and quality assurance.

What pricing models do you offer for bulk magnesium powder? +
Our pricing structures are determined by active ingredient purity, grain size specs (spherical vs mechanical), and the prevailing magnesium ingot cost on global exchanges (such as the Shanghai Metal Market or London Metal Exchange). We issue firm, itemized quotes valid for 15 to 30 days depending on market volatility.
What is your Minimum Order Quantity (MOQ)? +
To ensure shipping safety and economic viability, we require a minimum order quantity (MOQ) for international maritime freight. For specialized powder formulations, the standard MOQ is 1 Metric Ton. For developmental sampling, smaller quantities can be arranged through our laboratory units.
Which quality certifications and technical documents do you provide? +
Every shipment from YANXA includes a comprehensive Certificate of Analysis (COA) containing exact assay details, particle size curves, and impurity levels. When requested, we also provide RoHS statements, REACH registration status, third-party SGS/PONY test reports, and standard export documentation.
What are your typical lead times for sample and bulk orders? +
Standard analytical samples are prepared and dispatched within 7 days. For containerized bulk shipments, the manufacturing lead time is 20 to 30 days following order confirmation and deposit receipt. Lead times begin once final technical approvals and hazard classification checks are complete.
Which payment terms do you support? +
Our standard payment term is 30% advance deposit via Telegraphic Transfer (T/T), with the remaining 70% balance due against presentation of the Bill of Lading (B/L) copy, or via an irrevocable Letter of Credit (L/C) at sight.
How do you guarantee safety and regulatory compliance during transit? +
Magnesium powder requires specialized Class 4.3 hazard packaging. We package our material in hermetically sealed, nitrogen-flushed steel drums containing double-layer PE inner bags to eliminate moisture risk. All maritime shipments comply with IMDG codes, and we coordinate directly with dangerous goods carrier lines to ensure safe delivery.