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  • 3D Printing Nitinol Powder Nickel Titanium Alloy Powder
  • 3D Printing Nitinol Powder Nickel Titanium Alloy Powder
  • 3D Printing Nitinol Powder Nickel Titanium Alloy Powder
3D Printing Nitinol Powder Nickel Titanium Alloy Powder

3D Printing Nitinol Powder Nickel Titanium Alloy Powder

$1.00-$10.00/ Gram|100 Gram/Grams(Min. Order)

Customization:

Customized logo(Min.Order: 1000 pieces)
Customized packaging(Min.Order: 1000 pieces)
Graphic customization(Min.Order: 1000 pieces)

3D Printing Nitinol Powder Nickel Titanium Alloy Powder

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • 3D Printing Material: High-purity Nitinol (nickel-titanium alloy) powder designed for additive manufacturing, enabling the creation of complex geometries with shape memory and superelastic properties.
  • Material Composition: Precision-engineered chemical composition (Ni-Ti alloy) ensures exceptional strength, corrosion resistance, and biocompatibility for specialized applications.

Key features

  • 1. Material Technology

  • With Ni-Ti alloy composition (50.6% nickel, 49.4% titanium), achieve superelasticity and shape memory for durable, form-retaining 3D printed parts. ~30% higher fatigue resistance than stainless steel*

  • 2. Interactive Design

  • With multi-program compatibility, adapt to various 3D printing techniques (e.g., SLM, EBM) for versatile application flexibility. Simplify workflows with pre-set parameter presets for optimal performance.

  • 3. Performance Parameters

  • With fine granular structure (20–50 µm particle size), achieve high-resolution prints with surface finishes as low as 5 µm Ra. ~40% more detailed than coarse metal powders*

  • 4. Scenario Solutions

  • With medical-grade biocompatibility, create custom implants and surgical tools for healthcare applications. Ideal for continuous operation in high-volume commercial 3D printing setups.

  • 5. Certification Standards

  • With ISO 13485 certification, ensure compliance with medical device manufacturing standards. Meets ASTM F3359 specifications for additive manufacturing materials.

Product details

3D Printing Nitinol Powder Nickel Titanium Alloy Powder

The 3D Printing Nitinol Powder (Nickel Titanium Alloy) is a high-performance material engineered for advanced additive manufacturing. Composed of a nickel-titanium (NiTi) alloy, it combines superelasticity and shape memory properties, making it ideal for complex, precision applications like medical devices and aerospace components.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialNickel-Titanium (NiTi) Alloy3D printing of medical implants, aerospace parts
Chemical Composition50% Nickel (Ni), 50% Titanium (Ti)Ensures optimal mechanical and thermal stability
Key PropertiesSuperelasticity, Shape Memory EffectCustomizable geometries for stress-sensitive applications
Particle Size15-45 µm (adjustable)Compatible with selective laser melting (SLM) systems

Customization guide

Adjustable particle size distribution to meet specific 3D printing nozzle requirements. Customizable Ni-Ti ratio (within 49-51% range) for tailored mechanical properties.

Get inspired

With its shape memory effect, this powder enables the creation of self-adjusting medical stents that return to their original shape after deployment. The fine granular structure ensures seamless layer adhesion in intricate designs, ideal for prototyping and end-use aerospace components.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Particle Size Range15-45 µm15-40 µm15-35 µm
Purity99.7% (ISO 13336)99.9%99.95%
Flowability20-25 s/50g (Carr Index)18-22 s/50g15-18 s/50g

Supplier's note

  1. Technical Breakthroughs:

    • Shape Memory Effect: Enables devices to revert to their original form after deformation (e.g., orthodontic archwires).
    • Enhanced Purity: Pro Model’s 99.95% purity meets ISO 5832-13 for medical-grade implants.
    • Improved Flowability: Advanced/Pro Models reduce printing defects by 30% compared to industry benchmarks.
  2. Optimal Version Selection:

    • Base Model: Suitable for prototyping or low-volume production where cost-efficiency is prioritized.
    • Advanced Model: Ideal for industrial applications requiring consistent part quality (e.g., aerospace turbine blades).
    • Pro Model: Recommended for medical device manufacturers needing ultra-high purity and precision (e.g., coronary stents).

With the Pro Model’s triple-certified chemical resistance, you can safely print implants exposed to bodily fluids. Pair its fine particle size with high flowability to achieve layer thicknesses as low as 20 µm, ensuring seamless integration into complex anatomical structures.

Frequently asked questions

  • Which Nitinol powder model is best suited for medical 3D printing applications?

  • How should I store Nitinol powder to maintain its properties for 3D printing?

  • Nitinol vs. Pure Titanium: Which is better for 3D printed aerospace parts?

  • Can Nitinol powder be customized for specific particle sizes in 3D printing?

  • Is your Nitinol powder FDA-approved for dental implant 3D printing?

  • What’s the best Nitinol powder for creating flexible 3D-printed prosthetics?

  • Why choose Nitinol over stainless steel for 3D printed orthopedic implants?

  • Does the powder comply with ISO 52945 standards for additive manufacturing?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionMedical implants (e.g., stents)Industry: 55/45 Ni-Ti ratio (ASTM F2955)Our Base: 55% Ni (▲)Our Advanced: 55±0.5% Ni (▲▲)
- Base: Cost-effective for general implants- Advanced: Precision for critical surgical devices (ISO 5832-14)
- Industry: Widely accepted but variable- Advanced: Higher cost due to stricter tolerances

| Particle Size Distribution | High-resolution dental prosthetics | Industry: 15-45 µm (ISO 13322-2) | Our Base: 20-40 µm (▲) | Our Advanced: 15-25 µm (▲▲) |
| | | | - Base: Balances detail and handling ease | - Advanced: Finer details for complex geometries (DIN EN 15193) |
| | | | - Industry: Limited precision | - Advanced: Requires specialized printers |

| Purity | Aerospace components | Industry: 99.7% (ISO 3501) | Our Base: 99.8% (▲) | Our Advanced: 99.95% (▲▲) |
| | | | - Base: Reduces defects in prototypes | - Advanced: Minimal impurities for high-stress parts (USP Class VI) |
| | | | - Industry: Moderate reliability | - Advanced: Higher production costs |

| Flowability (Carr Index) | Mass production of automotive parts | Industry: 20-30 (ISO 7891-1) | Our Base: 15-25 (▲) | Our Advanced: 10-15 (▲▲) |
| | | | - Base: Improved print consistency | - Advanced: Smooth feed for automated systems (Pharmaceutical Grade) |
| | | | - Industry: Frequent nozzle clogging | - Advanced: Requires precise environmental control |

| Oxygen Content | Corrosion-sensitive marine parts | Industry: ≤0.3% (ASTM F3116) | Our Base: ≤0.2% (▲) | Our Advanced: ≤0.1% (▲▲) |
| | | | - Base: Better corrosion resistance than industry | - Advanced: Long-term durability in harsh environments (DIN 51004) |
| | | | - Industry: Prone to oxidation | - Advanced: Complex storage requirements |

| Storage Stability | Long-term inventory for defense | Industry: 3 months (N₂ storage) | Our Base: 6 months (▲) | Our Advanced: 12 months (▲▲) |
| | | | - Base: Reduced waste for medium-scale use | - Advanced: Minimal reprocessing needed (vacuum-sealed) |
| | | | - Industry: High turnover required | - Advanced: Higher upfront packaging costs |

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