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High-Purity Titanium Powder

BYC Ti's High-Purity Titanium Powder is crafted for applications where purity is paramount. With titanium content exceeding 99.9% and ultra-low levels of oxygen, nitrogen, and other interstitials, this powder delivers exceptional performance in environments that tolerate no compromise—think 3D-printed medical implants, aerospace parts, superconductors, and vacuum-grade alloys.

Unlike standard powders, BYC Ti's offering is not just clean — it's engineered for consistency, flowability, and process stability across every build.

Key Advantages

Exceptional Purity: Titanium ≥99.9%, ultra-low interstitials
Optimized for Additive Manufacturing: Spherical morphology, tight PSD
Vacuum-Compatible: Free from halides, lubricants, or residual chlorides
Fully Traceable: Melt history, gas content, and PSD certified per batch
Flexible Production Routes: Gas or plasma atomized, HDH for angular forms
Medical & Aerospace Grade: Supports ASTM F1580, ISO 13485, AMS standards

Applications

From titanium medical implants to laser-melted aerospace structures, this powder is engineered for:

Additive Manufacturing (SLM / EBM / DED)
High-performance medical implants and devices
Vacuum metallurgy and thin-film sputtering targets
Superconducting wire production (e.g., NbTi)
Titanium-based specialty ceramics and catalysts
Advanced energy systems (batteries, fuel cells)

Specifications at a Glance

Property	Value / Range
Purity	≥ 99.9% (3N to 4N grades available)
Morphology	Spherical (atomized) or angular (HDH)
Particle Size Distribution	10–45 μm / 15–53 μm / custom ranges
Oxygen Content	Typically < 500 ppm; down to 200 ppm
Flowability (Hall / Carney)	< 25 s/50g (Hall); < 5 s (Carney)
Tap Density	2.5 – 3.8 g/cm³
Packaging	Argon-sealed bottles, drums, vacuum bags

Why It Matters

The integrity of your end-use product depends on the powder it starts with. High-purity powder minimizes inclusions, improves fusion, and delivers superior mechanical and corrosion resistance. Whether you're melting layer-by-layer in an AM system or alloying in a high-vacuum furnace, BYC Ti's powder ensures your material starts clean and stays strong.

Common Questions

How is this different from standard titanium powder?
Standard powders often contain higher levels of oxygen, nitrogen, and residual chlorides. High-purity powder is refined to prevent these, enabling use in critical environments like implants or vacuum processing.

Is this powder medical-grade certified?
Yes. When requested, we provide material compliant with ASTM F1580 and ISO 13485, suitable for biomedical production.

Can I request a custom particle size or chemistry?
Absolutely. Both are customizable during production or via post-processing (sieving, blending).