Advanced structural metals, specialty chemicals, and functional compounds tailored for high-precision manufacturing.
Yanxatech System Industries Limited (hereinafter referred to as YANXA) is a recognized and rapidly expanding supplier in the domain of high-performance specialty materials. Founded in 2008 as an ambitious industrial supply group, YANXA has been propelled by a commitment to pioneer reliable international supply networks across mechanical, metalware, chemical, and additive manufacturing sectors.
Through our persistent technological exploration and long-term strategic relationships with key research institutions, we have transitioned from a localized provider into a reliable supply chain partner. Today, we specialize in high-purity metal powders, industrial gases, specialty liquid rubber, and nitrate materials, catering to high-end industries such as aerospace, electronics, metallurgy, and advanced automotive components.
We work closely with Tier-1 Chinese manufacturers and premier national research labs to customize industrial solutions that meet stringent global standards, ensuring safety, consistency, and technological leadership.
Every delivery conforms precisely to international certifications, with detailed documentation including Certificates of Analysis (COA) and material safety files.
Handling and packaging hazardous chemicals and sensitive powders with absolute adherence to international safety protocols and localized compliance frameworks.
Providing long-term supply stability through direct factory cooperation, enabling cost management and reliable logistics.
Engineering customized particle size distributions (PSD), shape modifications, and alloy designs to match specific client needs.
The core material driving the transition from subtractive to digital additive manufacturing across global heavy industries.
Spherical metal powder represents the benchmark material for advanced industrial production processes. Unlike conventional irregular or flake-like metal particles, spherical morphology provides low friction between particles. This translates directly to high flowability (often measured by the Hall Flowmeter index) and high tap density—both of which are absolute requirements for Layer-by-Layer Additive Manufacturing, Metal Injection Molding (MIM), and Laser Cladding (Direct Energy Deposition).
YANXA supplies spherical alloy powders that feature minimal satallites (smaller particles adhering to the main sphere), optimized grain structure, and low internal porosity. These structural parameters prevent gas entrapment during laser fusion, which ensures finished components are free from micro-cracking and possess isotropic tensile properties.
Utilizes high-speed inert gas jets to break up a molten metal stream into micro-droplets, which solidify in flight to form spherical powder with high chemical purity.
Utilizes thermal plasma jets to melt wire or powder raw materials. This method produces highly spherical particles with excellent chemical homogeneity, primarily for reactive alloys.
Engineered powder ranges designed for specific processes: Laser Powder Bed Fusion (15-53μm), Direct Energy Deposition (45-150μm), and Metal Injection Molding (under 22μm).
| Technology Process | Common Materials | Avg. Sphericity | Particle Size Ranges | Key Applications |
|---|---|---|---|---|
| Vacuum Induction Gas Atomization (VIGA) | Fe-base, Ni-base, Co-base, Al-base, Cu-base alloys | ≥ 88% | 15 - 150 μm | Aerospace components, industrial tooling, gas turbine parts, laser cladding |
| Electrode Induction Gas Atomization (EIGA) | Titanium alloys (Ti6Al4V), refractory metals | ≥ 92% | 15 - 105 μm | Medical implants (orthopedic), high-stress aviation components, military hardware |
| Plasma Atomization (PA) | Pure Titanium, Ti6Al4V, Nickel superalloys | ≥ 98% | 5 - 45 μm, 15 - 53 μm | Precision additive manufacturing, high-density aerospace components |
| Centrifugal Atomization (PREP) | Ti-alloys, Superalloys, Intermetallic compounds | ≥ 97% | 50 - 250 μm | Laser cladding, electron beam melting (EBM), hot isostatic pressing (HIP) |
The demand for wholesale spherical metal powders is closely tied to localized industrial hubs. In Europe and North America, strict manufacturing frameworks require that every batch of metal powder has clear metallurgical traceability. From defense-related components to orthopedic medical implants, the alloy powder must feature clean chemistry, predictable powder layer density during printing, and verified safety documentation.
YANXA provides tailored packaging to preserve powder quality during shipping. Our products are packaged under high-purity argon gas in sealed UN-certified drums. This prevents contact with oxygen and moisture, protecting reactive materials like Aluminum-Magnesium alloys or Titanium powders from oxidation during international transport.
We operate in accordance with global chemical compliance frameworks. Whether shipping large batches of liquid butadiene rubbers, fluorinated electronics gases (like SF6 or CF4), or fine metallic powders, YANXA provides comprehensive SDS, customs declarations, and hazard mitigation plans.
Formulating specialized chemical compositions to optimize heat treatment response and hardness in specific additive designs.
Refining gas flow and melt cooling controls to ensure high-purity spherical particles and reduce fine satellite contamination.
Implementing high-yield atomization processes that maximize gas recovery and minimize waste generation during powder classification.
In-depth technical specifications of YANXA's primary manufacturing chemicals and specialty metallic products.
Formaldehyde is a colorless, reactive organic liquid that readily polymerizes and is highly soluble in water, alcohols, and ethers. Exposed to air, it oxidizes to formic acid, acting as a strong reducing agent in industrial formulations.
Commercially, we supply this intermediate in liquid form as Formalin: a 37-50% aqueous formaldehyde solution stabilized with a small percentage of methanol to inhibit spontaneous polymerization.
Produced via the condensation reaction of high-purity formaldehyde and ammonia, Hexamine (HMTA) is a versatile white crystalline organic intermediate widely utilized in polymer crosslinking, resin manufacturing, and energetic materials synthesis.
Widely used as a hardening agent in phenolic resins, an accelerator in vulcanized rubber manufacturing, and a chemical intermediate in pharmaceuticals.
Paraformaldehyde is a solid linear polymer of formaldehyde, appearing as a white crystalline powder with a strong formaldehyde odor. It is used as an anhydrous formaldehyde source for chemical synthesis, resins, and organic syntheses.
| Parameters | Premium Grade | Standard Grade |
|---|---|---|
| Content (≥) | 96.0% | 92.0% |
| Solubility (≤) | 40 minutes | 40 minutes |
| Formic Acid (≤) | 0.05% | 0.05% |
| pH Value | 5.0 - 7.0 | 5.0 - 7.0 |
Engineered via inert gas atomization, our Al-Mg alloy powder is optimized for aerospace components, thermal spraying, pyrotechnics, and lightweight structural fabrications.
The high sphericity of the particles ensures consistent powder bed packing and flowability, which reduces porosity in additive manufacturing parts.
Compliance Advantage: Manufactured under strict Quality Management System guidelines, assuring lot-to-lot homogeneity of alloy distribution.
Detailed information on ordering, custom specifications, compliance, and international shipping protocols.
Our prices are subject to change depending on material supply costs, energy index fluctuations, and global logistics markets. Once you contact our team with your required alloy specifications, purity levels, particle size distributions, and delivery terms, we will send you an updated price list and commercial quote.
Yes, we require all international orders to have an ongoing minimum order quantity. This MOQ varies depending on the product grade (e.g., higher for commodity-grade nitrates and specialized chemicals, lower for premium EIGA spherical titanium or custom alloy powders). If you are looking to purchase smaller testing quantities or retail amounts, please contact our sales desk for custom options.
Yes, we can provide the majority of requested documentations. This includes detailed Certificates of Analysis (COA) / Certificates of Conformance (COC), chemical safety data sheets (SDS) complying with GHS standards, marine insurance documentation, Certificates of Origin (CO), and export clearances for sensitive materials.
For standard laboratory or evaluation samples, the typical lead time is about 7 days. For bulk mass production, the typical lead time is 20-30 days after receiving the advance deposit. These timelines become active only after we have received your deposit payment and secured final customer approval on the product specifications. If you have tight project deadlines, please speak with our sales manager to check for accelerated manufacturing solutions.
Payment can be made directly to our bank account. Our standard terms are a 30% advance deposit via T/T, with the remaining 70% balance paid against the copy of the Bill of Lading (B/L) or via an irrevocable Letter of Credit (L/C) at sight.
We warrant that all delivered materials meet the agreed-upon technical specifications and physical properties. If any parameters deviate from the COA, we work to address the issue. Our priority is to resolve any customer concerns and ensure your process requirements are met.
Yes, we utilize high-quality export packaging suited for international transport. We use specialized, certified packaging for hazardous materials and temperature-controlled options for sensitive compounds. Please note that custom packaging configurations or specialized non-standard requirements may incur an additional charge.
The shipping cost depends on the chosen delivery method. Courier express is faster but costlier, making it suitable for sample evaluations. Sea transport is generally the most cost-effective option for large bulk orders. We can provide estimated freight quotes once the destination port, shipment weight, and shipping method are confirmed.
High-purity industrial gases, specialty liquid rubber compounds, and metal alloy powders for advanced manufacturing.
Yanxatech
