Additive Manufacturing
Metal additive manufacturing requires high-purity powder with controlled grain size for consistent results. Hansemut sources ultradisperse 6N copper powder (4–10 μm) — mass spectrometry analyzed with batch-specific certificates.
AM powder sourcing is a qualification bottleneck.
Grain structure requirements
Advanced manufacturing processes demand controlled grain size and verified purity. Inconsistent grain structure causes uneven distribution and porosity in final parts.
Process qualification costs
Switching powder suppliers requires full re-qualification — parameter sets, density tests and mechanical testing. A wrong supplier choice costs months.
Limited 6N copper availability for AM
Most AM powder suppliers focus on stainless steel and titanium alloys. Finding ultradisperse 6N copper powder with mass spectrometry analytics is a niche challenge.
Ultradisperse copper powder from a qualified source.
Mass spectrometry analytics
Every batch includes Spark Source Mass Spectrometry (JEOL) analysis. Batch-specific analysis certificate supports your internal AM qualification process.
Consistent production parameters
Direct contract with one manufacturer means identical production settings for every lot. Your process parameters remain stable across deliveries.
Defined packaging formats
250 g glass ampoules for qualification and small series. 2 kg PET containers for production volumes. Custom quantities on request.
Qualify copper powder for your AM build parameters
Receive samples with mass spectrometry analytics and batch-specific certificates — validate purity and grain structure before production commitment.
How copper powder enables metal additive manufacturing
High-Purity Copper Components
Ultradisperse 6N copper powder (4–10 µm) enables high-purity copper components for demanding applications. Mass spectrometry verified purity ensures thermal conductivity above 390 W/mK — critical for heat exchangers, inductors and RF waveguides.
Sintered Copper Components
Controlled ultradisperse grain structure and narrow size distribution enable high packing density in green parts. After sintering, parts achieve >97% theoretical density with electrical conductivity suitable for bus bars and thermal management assemblies.
Compliance for additive manufacturing
Certified quality management across all manufacturer partners.
Certificate of Analysis with complete analytics for every batch.
Material Safety Data Sheet for every delivered product.
Verified supply chain per Conflict Minerals Policy.
Materials for additive manufacturing.
Additive Manufacturing
Metal additive manufacturing requires high-purity powder with controlled grain size for consistent results. Hansemut sources ultradisperse 6N copper powder (4–10 μm) — mass spectrometry analyzed with batch-specific certificates.
4–10 μm (ultradisperse). Each batch analyzed by Spark Source Mass Spectrometry (JEOL). Batch-specific analysis certificate provided.
Yes. Qualification samples from 500 g available. We provide complete analytics so you can run test builds before committing to production quantities.
We supply virgin powder with full baseline analytics. For recycling studies, our CoA serves as the reference dataset for degradation tracking.
Copper powder in related technologies.
Source AM-grade copper powder.
Request samples with mass spectrometry analytics and batch-specific certificates for your qualification process.
Start request