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Titanium powder family reference in a glass sample container; not the offered manufacturer, exact alloy, PSD, sales package or lot.
Titanium powder family reference in a glass sample container; not the offered manufacturer, exact alloy, PSD, sales package or lot.Avimetal / AM0303
CPTi Titanium Powder
A titanium-based powder grade for lightweight metal-AM components. Specify alloy chemistry, interstitial limits and particle-size distribution with the inquiry.
| Material system | Commercially pure titanium |
| Process | Metal laser powder bed fusion |
| Supply format | Printing powder; bag, bottle or drum size confirmed with quotation |
| Commercial terms | Quotation on specification and quantity |
No online checkout. Confirm grade, availability, MOQ and terms before ordering.
MATERIAL POSITIONING
Features & applications
Typical applications
MATERIAL DETAIL
Powder microscopy
These source micrographs describe particle appearance. Use the grade specification and batch report to check particle distribution; a photograph does not establish a complete PSD.
EXACT-GRADE INFORMATION
Technical specifications
| Parameter | Source-reported value |
|---|---|
| Source grade / product | CPTi Titanium PowderManufacturer / source information |
| Material system | Commercially pure titaniumManufacturer / source information |
| Printing process | Metal laser powder bed fusionProcessing guidance |
| Particle-size D10 | ≥15 µmFeedstock property |
| Particle-size D50 | 30-40 µmFeedstock property |
| Particle-size D90 | ≤63 µmFeedstock property |
| Sphericity | ≥0.9Feedstock property |
| Loose density | ≥2.4 g/cm³Feedstock property |
| Flowability | ≤35 s/50 gFeedstock property |
| Tap density | ≥2.8 g/cm³Feedstock property |
See the cited technical document for test conditions, print orientation and post-processing. Include any required batch reports in your inquiry.
CHECK THE COMPLETE PROCESS
Printer & machine requirements
- Confirm the machine laser system, atmosphere and grade-specific build parameters.
- Specify PSD, oxygen/interstitial limits and flow requirements with the inquiry.
- Qualify the build and heat-treatment route for the intended component.
CONTINUE YOUR SELECTION
