Titanium Tantalum alloy, commonly referred to as TiTa10 powder (comprising roughly 90% titanium and 10% tantalum), is emerging as a critical material in the additive manufacturing (AM) landscape. Known for its exceptional biocompatibility, corrosion resistance, and mechanical strength at elevated temperatures, TiTa10 is increasingly favored in industries such as aerospace, medical implants, and energy.
Key Characteristics of TiTa10 Powder
| Eigentum | Spezifikation |
|---|---|
| Zusammensetzung | ~90% Titanium, ~10% Tantalum |
| Morphologie des Pulvers | Spherical (ideal for 3D-Druck) |
| Partikelgröße | 15–53 µm (customizable) |
| Herstellungsprozess | PREP / SEBM |
| Fließfähigkeit | Hoch |
| Scheinbare Dichte | 2.6 – 3.1 g/cm³ |
| Sauerstoffgehalt | < 0.15% |
Why It’s Popular Among B2B Buyers
- ✅ Excellent corrosion resistance
- ✅ Superior fatigue strength
- ✅ Biocompatible for medical applications
- ✅ Stable at high temperatures
- ✅ Ideal for powder bed fusion processes (PBF / SLM / EBM)
As additive manufacturing continues to expand, the demand for high-performance alloys like TiTa10 will rise sharply. This makes it a strategic investment for distributors, OEMs, and contract manufacturers looking to diversify their 3D printing material portfolio.
Industrial Applications of TiTa10 Powder
TiTa10 powder is not just a high-grade material—it’s a solution to multiple engineering challenges across critical industries. Its specialized performance in demanding environments makes it a top choice for manufacturers and engineers.
1. Medical Implants
TiTa10 is especially suited to orthopedic and dental implants due to its excellent biocompatibility and osseointegration.
- Hip and knee joint replacements
- Spinal cages and screws
- Cranial and facial reconstructive implants
- Dental abutments
2. Aerospace & Defense
Aerospace OEMs and Tier 1 suppliers use TiTa10 for structural components in aircraft and satellites, thanks to its strength-to-weight ratio and thermal stability.
- Heat shields
- Jet engine brackets
- Turbinenschaufeln
- Rocket nozzle parts
3. Energy Sector
In power generation and chemical processing, TiTa10 resists corrosion in high-temperature and aggressive chemical environments.
- Wärmetauscher
- Valve components in nuclear reactors
- Corrosion-resistant piping
4. Research & Custom Engineering
Research institutions and custom part manufacturers are increasingly turning to TiTa10 for prototyping and R&D.
- Bioengineering prototypes
- High-performance tools
- Experimental aerospace components
These widespread use cases make TiTa10 powder an essential material for any B2B buyer looking to serve high-spec verticals. You can explore more 3D printing metal powders offered by Shanghai Truer to complement TiTa10 in your supply chain.
Properties, Grades, and Use Cases
Understanding the specific properties and grades of TiTa10 powder is crucial when sourcing for wholesale or industrial use. Depending on the production method (SEBM vs. PREP), the morphology and flow characteristics can vary—impacting printability and final part quality.
PREP vs. SEBM TiTa10 Powder
| Merkmal | PREP (Plasma Rotating Electrode) | SEBM (Selective Electron Beam Melting) |
|---|---|---|
| Pulverform | Hochgradig kugelförmig | Near-spherical |
| Reinheit | Very high (low contamination) | Mäßig bis hoch |
| Fließfähigkeit | Ausgezeichnet | Gut |
| Oxygen Levels | Sehr niedrig | Niedrig |
| Kosten | Höher | Mäßig |
| Ideal for | Medical, Aerospace | Prototyping, Functional Parts |
Use Cases Based on Grade
| Anmeldung | Grade Specification | Anforderung |
|---|---|---|
| Medical Orthopedics | TiTa10 Grade M | Ultra-low oxygen, high sphericity |
| Komponenten für die Luft- und Raumfahrt | TiTa10 Grade A | Hohe Festigkeit, Ermüdungsbeständigkeit |
| Industrial Prototyping | TiTa10 Grade P | Cost-effective, reliable performance |
How to Choose the Right Grade?
- For implants: Ask for medical-grade TiTa10 with certificates (ISO 13485, ASTM F67)
- For structural parts: Prioritize high-density powder with minimal porosity
- For general use: Look for cost-performance balanced options
Shanghai Truer Technology Co., Ltd. provides a wide range of metal 3D printing powders with tailored grades for every industry. Their PREP and SEBM production lines ensure high consistency and quality, making them a reliable partner for scaling production.
Top TiTa10 Powder Suppliers Worldwide
As demand for specialized titanium alloy powders increases, the global supply chain for TiTa10 powder is rapidly evolving. Whether you’re an OEM, distributor, or procurement manager, selecting the right supplier is critical to ensure consistent quality, traceability, and supply chain resilience.
Here are some of the top TiTa10 powder suppliers globally:
1. Shanghai Truer Technology Co., Ltd. (China)
Shanghai Truer is a leading innovator in the additive manufacturing sector, offering both powder production equipment and a wide portfolio of high-performance metal powders—including TiTa10.
Key Highlights:
- ✅ In-house PREP and SEBM powder production lines
- ✅ Custom spherical powder sizes for AM
- ✅ Close collaboration with research institutions
- ✅ ISO and ASTM-certified processes
- ✅ Integrated solutions from testing to final products
🔗 Explore Truer’s TiTa10 and other powders
2. Carpenter Additive (USA)
A major player in the high-performance metal powder space. Offers extensive R&D capabilities and aerospace-grade materials.
- High-quality Ti-based alloys
- Advanced quality control systems
- Strong North American distribution
3. AP&C (Canada, part of GE Additive)
AP&C is well-known for its plasma atomization process, delivering ultra-spherical powders ideal for powder bed fusion processes.
- Highly controlled powder morphology
- Global aerospace certifications
- Customized alloy development
4. TLS Technik GmbH (Germany)
- Specializes in titanium-based AM powders
- Supplies medical and aerospace sectors
- Offers TiTaX custom compositions
5. Oerlikon AM (Switzerland/Germany)
- Full value chain provider from powder to finished parts
- High-purity powders with international logistics
- Suitable for both prototyping and mass production
Comparison Table of Top TiTa10 Suppliers
| Anbieter | Process Used | Region | Zertifizierungen | MOQ (Approx.) |
|---|---|---|---|---|
| Shanghai Truer | PREP & SEBM | China | ISO 13485, ASTM | 5–10 kg |
| Zimmerer-Zusatzstoff | EIGA | USA | AS9100, ISO 9001 | 25 kg |
| AP&C (GE-Zusatzstoff) | Plasma Atom. | Kanada | ISO 13485, ISO 9001 | 10–25 kg |
| TLS Technik | PREP | Deutschland | ISO 13485, ISO 9100 | 5 kg |
| Oerlikon AM | EIGA | Schweiz | ISO 13485, AS9100 | 15 kg |
Why More Buyers Are Choosing Alternative Sources
With the global demand for TiTa10 powder rising, traditional suppliers are often overwhelmed—leading to delays, price surges, and rigid MOQs. This has led many buyers to explore alternative sources, particularly from Asia.
Benefits of Alternative Supply Chains (Especially China)
- 🌍 Shorter Lead Times: Chinese suppliers like Shanghai Truer offer faster delivery through localized production.
- 💰 Lower Costs: Competitive pricing without compromising quality
- 🧪 Innovation Access: Many Chinese firms collaborate with top research institutes
- ⚙️ Customizability: Custom particle size distributions and alloy compositions
- 📦 Flexible MOQs: Ideal for both R&D and production scaling
Case Example: Shanghai Truer as an Alternative Source
Shanghai Truer has emerged as a preferred supplier for companies transitioning away from traditional Western sources. Their ability to deliver on-demand, high-purity TiTa10 powder has made them a go-to for both startups and large-scale manufacturers.
📌 Their focus on technological innovation and joint R&D ensures cutting-edge material quality that meets international standards.
Why Choose Shanghai Truer as Your Supplier
In the competitive market of additive manufacturing powders, Shanghai Truer Technology Co., Ltd. stands out as a trusted partner for B2B buyers. With a full ecosystem that spans powder production, equipment manufacturing, and engineering support, Truer offers unmatched value for distributors, OEMs, and research labs.
What Sets Shanghai Truer Apart?
1. Dual Powder Production Technologies
- PREP (Plasma Rotating Electrode Process):
- Produces ultra-spherical, high-purity powders
- Ideal for medical-grade and aerospace-grade TiTa10
- SEBM (Selective Electron Beam Melting):
- Enables efficient small-batch production
- Cost-effective for prototyping and part testing
2. Vertical Integration = Better Control
From sourcing raw materials to final powder packaging, Truer controls every step—ensuring:
- Consistent batch quality
- Full traceability
- Entwicklung kundenspezifischer Legierungen
3. Research-Driven Innovation
Truer collaborates with top-tier universities and R&D institutions to create new alloys and improve powder characteristics.
- Joint Innovation Center for Metal 3D Printing
- Access to high-level labs and experts
- Continuous investment in powder characterization
4. Global Supply Capabilities
- Worldwide shipping and logistics support
- English-speaking engineering and sales teams
- Flexible order quantities and fast turnaround
Real-World Use Cases
| Industrie | Client Type | Anmeldung | Outcome |
|---|---|---|---|
| Medizinische Geräte | OEM Manufacturer | Spinal implants using TiTa10 | 25% lighter, 30% stronger |
| Luft- und Raumfahrt | Tier 1 Supplier | Jet engine brackets | 40% weight reduction, no cracking |
| Forschung | University Lab | Bioengineering prototypes | Faster iteration, full biocompatibility |
📞 Ready to get started? Contact Shanghai Truer for a sample quote or technical consultation.
How to Order Wholesale TiTa10 Powder from Truer
If you’re a procurement manager, distributor, or OEM looking to source high-quality TiTa10 powder at scale, Shanghai Truer has streamlined the wholesale ordering process to ensure efficiency, quality assurance, and global delivery. Whether you’re ordering for R&D or full-scale production, Truer offers a flexible and responsive supply experience.
Step-by-Step Wholesale Ordering Process
Step 1: Define Your Requirements
Before initiating an order, gather the following information:
- Desired Menge (MOQ is typically 5–10 kg)
- Required Partikelgrößenverteilung (e.g., 15–53μm)
- Zertifizierung needs (ISO 13485, ASTM F67, etc.)
- Intended application (medical, aerospace, research)
- Preferred manufacturing method (PREP or SEBM)
Step 2: Request a Quote
Visit the product page and either:
- Submit a quote request online
- Or contact Truer directly with your technical specifications
Truer’s sales and engineering team will respond within 24–48 hours with:
- A detailed quotation
- Lead time estimates
- Suggested powder grade options
- Shipping and payment terms
Step 3: Sample Evaluation (Optional)
For new clients or custom applications, Truer offers:
- 100g – 1kg sample batches
- Material test certificates
- Free technical consultation
This is especially useful for validating powder performance in your AM systems before full-scale procurement.
Step 4: Place the Order
Once specifications and pricing are confirmed:
- Sign a purchase agreement
- Pay the initial deposit or full invoice
- Confirm shipping details and documentation needs (COA, MSDS, etc.)
Step 5: Quality Control & Shipment
Each order undergoes:
- In-house quality testing (particle size, flowability, purity)
- Visual inspection and packaging in inert atmosphere
- Vacuum-sealed containers to prevent oxidation
📦 Global shipping is available via air, sea, or courier, with tracking and customs documentation support.
Step 6: After-Sales Support
Truer offers end-to-end technical support:
- Powder handling guidance
- Print parameter optimization
- Reorder reminders and batch consistency reports
FAQs: Common Questions About Buying Wholesale TiTa10 Powder
Below are some of the most frequently asked questions from B2B buyers considering TiTa10 powder for their additive manufacturing operations.
❓ What is the minimum order quantity (MOQ) for TiTa10 powder?
- The MOQ for standard grades is typically 5–10 kg.
- Custom or medical-grade powders may require a slightly higher MOQ due to additional testing requirements.
❓ Is the TiTa10 powder certified for medical use?
Yes. Truer offers ISO 13485 certified medical-grade TiTa10 powder, suitable for orthopedic and dental implant manufacturing. Certificates of Analysis (COA), MSDS, and third-party lab reports are available upon request.
❓ Can I request a custom alloy composition?
Absolutely. Truer’s R&D team can work with you to develop custom TiTaX compositions (e.g., TiTa15, TiTaNb) based on your application needs.
❓ What additive manufacturing processes is TiTa10 powder compatible with?
- SLM (Selective Laser Melting)
- EBM (Electron Beam Melting)
- DMLS (Direct Metal Laser Sintering)
- L-PBF (Laser Powder Bed Fusion)
Both PREP and SEBM powders are engineered to meet the demands of these systems.
❓ How is the powder packaged and shipped?
TiTa10 powder is:
- Vacuum-sealed in moisture-proof foil bags
- Packaged in stainless steel or plastic drum containers
- Shipped with full documentation including COA, MSDS, and batch reports
❓ Can I get assistance with 3D printing parameters?
Yes. Truer offers technical support for customers needing help with:
- Laser power settings
- Scan strategies
- Build orientation
- Heat treatment after printing
You can learn more about Truer’s additive manufacturing services hier.
Final Thoughts and Call to Action
As industries push the boundaries of performance, materials like TiTa10 powder are enabling innovations in aerospace, medical, and energy sectors. For B2B buyers, engineers, and procurement leaders, sourcing high-purity TiTa10 from a trusted supplier like Shanghai Truer Technology Co., Ltd. offers a competitive edge in both product quality and supply chain efficiency.
Why Act Now?
- 📈 Growing demand = rising prices and longer lead times
- 🧪 R&D-ready samples available for immediate testing
- 🌍 Global logistics and compliance support
- 🔩 Custom grades and particle sizes tailored to your needs
Whether you’re scaling production or testing a new application, Truer’s team is ready to support your journey from concept to component.
👉 Request a Quote or Technical Consultation
📚 Want to stay ahead in additive manufacturing? Visit our blog for more B2B insights, powder guides, and supplier comparisons.
