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Technologies Capabilities & Applications
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Technologies, Capabilities & Applications
Advanced powder manufacturing technologies engineered to deliver superior particle morphology, controlled chemistry, consistent quality, and application-ready materials for additive manufacturing, MIM, HIP, thermal spray, and industrial metallurgy.
From atomization and spheroidization to conditioning and qualification, MatrixNano provides end-to-end powder engineering solutions.
Technology
VIGA Atomization(Vacuum Induction Gas Atomization)
Advanced atomization technology used to produce highly spherical metal powders with controlled particle size distribution and excellent flow characteristics
Key Benefits
- Stable gas supply system
- Reduced satellite particles
- Consistent particle morphology
- High powder quality
- Repeatable batch production
EIGA Atomization(Electrode Induction Gas Atomization)
Specialized atomization process ideal for titanium alloys and reactive materials requiring exceptional purity and controlled oxygen levels.
Key Benefits
- Titanium alloy processing
- Low oxygen content
- High purity powders
- Excellent sphericity
- Narrow PSD control
TekSphero-15
Laboratory & Small Batch Plasma Spheroidization.
Designed for research, development, custom alloy projects, and small-volume production runs.
Applications
- Material development
- Powder optimization
- R&D programs
- Prototype manufacturing
- Specialty alloy projects
TekSphero-40/80
Industrial Scale Plasma Spheroidization
Production-scale powder conditioning system engineered to improve powder morphology, flowability, and performance for demanding industrial applications.
Benefits
- Large-scale processing
- Improved flowability
- Better packing density
- Consistent morphology
- Enhanced process performance
Sonic Cleaning
Advanced Powder Cleaning Technology
Specialized cleaning process that removes fines, contaminants, and unwanted surface impurities while preserving powder quality.
Benefits
- Improved powder purity
- Better flowability
- Enhanced density characteristics
- Reduced contamination risk
- Increased material utilization
Gas-Protected Sieving
Controlled Powder Classification
Inert atmosphere sieving and handling systems designed
to protect sensitive materials from oxidation and contamination.
Benefits
- Safe powder handling
- Oxidation control
- Precise size classification
- Consistent PSD
- Improved storage stability
ALLOY DEVELOPMENT PROCESS
End-to-End Powder Engineering
Process Flow
Supporting Capabilities
- Custom Alloy Development
- Powder Reconditioning
- Particle Size Optimization
- Morphology Enhancement
- Process-Specific Powder Design
- Application Engineering Support
INDUSTRIES WE SERVE
Aerospace
High-performance materials for critical structural and engine components.
Medical & Dental
Biocompatible powders for implants, prosthetics, and precision healthcare applications.
Automotive
Advanced materials for lightweighting, tooling, and next-generation manufacturing.
Energy
Powder solutions supporting power generation, thermal systems, and energy infrastructure.
Research & Defence
Materials development programs, advanced engineering projects, and strategic applications.
Tooling, Oil & Gas
Wear-resistant and high-performance materials for demanding industrial environments.
Looking for a Custom Powder Solution?
Whether you need alloy development, plasma spheroidization, powder conditioning, or process-specific material optimization, MatrixNano’s engineering team can help.