In demanding applications involving high thermal conductivity/wear-resistant composite materials, ceramics, and metal-based 3D printing, powder performance is critical to success. Tianjian’s specialized diamond micropowder offers excellent print adaptability, enhances part performance, and ensures process stability, providing a solid foundation for high-end additive manufacturing.
Core Advantages：
Nanoscale Particle Size Control and Narrow Distribution：
Utilizing high-precision classification technology to achieve accurate particle size control and high concentration, ensuring uniform powder spreading and consistent layer thickness.
Full-Scale Customization Capability：
Supports customization across nano-, submicron-, and micron-level particle sizes, compatible with mainstream printing processes.
Excellent Flowability：
Regular particle morphology, high surface smoothness, and minimal agglomeration ensure superior powder flow characteristics.
High Purity：
Extremely low metal impurity content (e.g., Fe, Ni), minimizing heterogeneous reactions during high-temperature printing, thereby maintaining thermal conductivity and mechanical purity of composite materials.
Batch-to-Batch Consistency：
All key parameters remain highly consistent across batches, ensuring repeatable printing processes and stable product performance.
Tianjian offers end-to-end customized support, including:
Available Particle Size Specifications:
3D Printing Diamond Micropowder | |||
Nano Powder | Fine Grain Micropowder （Compatible with DLP/Resin Extrusion） | Standard Powder （Matched with SLM Laser Spot Size） | Coarse Grain Micropowder （Optimized for Binder Jetting） |
＜0.1μm | 0.1-10μm | 15-45μm | 50-80μm |
Application Scenarios:
Biomedical Field
Ultra-hard Wear-resistant Components
High Thermal Conductivity Substrates
Solid-state Batteries for New Energy Applications
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