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Buy Titanium in Highest Purity

Titanium in powder, granules, foils, sputtering targets & more – various purities, grain sizes, and alloys for research and industry.

Our Titanium Range

Titanium in Every Form for Your Application

Showing 1–50 of 210 results

Physical Properties

Melting Point

1,668.0°C

Boiling Point

3,287.0°C

Frequently Asked Questions

Our FAQs provide you with a quick overview of important topics related to our product range. If you have any further questions, we will of course also be happy to assist you personally.

Purchasing / Sales

We will be happy to advise you individually

In Which Purities Is Titanium Available?

In addition to the standard purities of 99.5% and 99.8%, our range includes high-purity variants up to 99.995% – for example, Titanium Pieces in the 2–5 mm configuration. For applications where trace impurities can influence the result, this gradation is critical. Titanium nanopowder is offered with a purity of 99.9%, while spherical powders are available at 99.8% or as Grade 1 quality, depending on the fraction.

The Ti-6Al-4V alloy is available in Grade 5 – a quality level that serves as a reference in aerospace and additive manufacturing. For particularly oxidation-sensitive batches, such as the -200 mesh powder under argon, we offer inert-gas-protected storage. We are happy to clarify which purity level is suitable for your project in a direct conversation with you.

Which Forms Does ChemPUR Offer?

What matters is not only the material itself, but its geometric and physical form, as this largely determines how titanium can be used in a process. Our range includes spherical and irregular powders in various grain sizes, nanopowders, granules, pellets, slugs, and pieces.

For thin-film applications, sputtering targets and evaporation materials are available; for mechanical or electrical applications, foils, wires, and rods. Titanium compounds are available as oxides, nitrides, carbides, borides, silicides, hydrides, halides, and alkoxides. This breadth enables titanium to be used directly in both fundamental research and industrial development processes. For specific geometries or dimensions not listed in the standard range, please contact us.

For Which Applications Is Titanium Used?

Known for its exceptional strength-to-weight ratio, titanium is used in a wide range of demanding fields. In materials research and additive manufacturing, spherical titanium powders – particularly the Ti-6Al-4V alloy – are a central starting material for selective laser melting and similar processes. In thin-film technology, sputtering targets and evaporation materials are used, for example in the coating of optical or electronic components.

Titanium oxides play an important role in catalysis, photovoltaics, and pigment production. Titanium nitrides and carbides are relevant for hard wear-resistant coatings, while titanium alkoxides are used as precursors in sol-gel processes and chemical vapor deposition. Nanopowders find application in battery research and in the development of functional coatings. For an assessment of which product form best suits your experimental setup, please contact us directly.

Why Is ChemPUR the Right Partner for Titanium?

The requirements for purity and form vary considerably depending on the field of application – and this is precisely where the strength of a company that carries titanium in more than 200 product variants lies. ChemPUR is an owner-managed family business with ISO 9001:2015 certification, specializing in the procurement and distribution of high-purity metals and chemicals.

Our broad range of titanium products – from fine nanopowders to spherical powder fractions and granules to foils, wires, rods, and sputtering targets – is complemented by a worldwide dealer network that enables the procurement of special qualities as well. Custom fabrications, such as customer-specific alloys or semi-finished products, can be realized upon request. Those who have questions about specifications, delivery quantities, or hazardous goods regulations will reach experienced specialists directly at ChemPUR – without detours through a call center. Contact us to discuss your requirements in detail.

Which Titanium Compounds Are Available?

Our titanium portfolio includes compounds from nearly all relevant substance classes. Titanium oxides are among the most frequently requested materials and are available in various modifications. Titanium nitrides and titanium carbides are in demand as hard materials for coating applications and ceramic systems.

Titanium borides are characterized by high melting points and electrical conductivity, making them interesting for refractory applications. Titanium silicides are used in semiconductor technology. Titanium hydrides, on the other hand, serve as hydrogen-storing compounds or as sintering additives. Titanium halides are available as starting materials for synthetic processes, while titanium alkoxides serve as precursors for wet-chemical and CVD applications. If you have questions about the chemical suitability of a compound, we are available to advise you.

What Distinguishes Titanium from Other Elements?

In research, where material properties must convince not only on the data sheet, titanium shows its strengths particularly clearly. Its density is around 4.5 g/cm³, significantly lower than that of steel, while mechanical strength reaches or exceeds comparable values. This combination of properties is without direct equivalent among structurally relevant metals. In addition, there is pronounced corrosion resistance, which is based on a stable passivation layer of titanium oxide and makes the metal stable over the long term even in aggressive media.

As a transition metal of Group 4, titanium also exhibits broad compound chemistry, which is used from catalysis to ceramic research. This combination of physical performance and chemical versatility makes titanium a material that is simultaneously relevant in very different research disciplines. For a structured overview of our titanium range, we are available upon request.

Is Titanium Nanopowder Available at ChemPUR?

Even with complex requirements for particle size and surface characteristics, a suitable option can be found in our range: Titanium nanopowder is available with an average particle size of 60–80 nm (APS) and a purity of 99.9%. The specific surface area is 13.8 m²/g, the particles are spherical and are delivered partially passivated, which improves handling under laboratory conditions. The powder is available in packages of 10 g, 25 g, and 100 g.

Due to its classification as hazardous goods, an additional hazardous goods surcharge applies to delivery, the exact amount of which we will inform you of in advance. Titanium nanopowder is used, among other applications, in battery research, the development of functional coatings, and nanocomposite research. For questions about availability, minimum quantities, or logistical details, please contact us directly.

Buy Titanium in Highest Purity

Titanium in Every Form for Your Application

Titanium nanopowder APS 60–80 nm/ 99.9%/ SSA 13.8 m2/g – spherical, black powder partially passivated (An additional DANGEROUS GOOD freight charge will apply – please enquire)

Titanium nanopowder APS 60–80 nm/ 99.9%/ SSA 13.8 m2/g – spherical, black powder partially passivated (An additional DANGEROUS GOOD freight charge will apply – please enquire)

Titanium Powder spherical 45-75 micron / 99.8% (DG) / (An additional DANGEROUS GOODS freight charge will apply – please enquire)

Titanium Nanopowder APS 60-80 nm / 99.9% / SSA 13.8 m²/g – spherical, black powder, partially passivated (An additional DANGEROUS GOODS freight charge will apply – please enquire)

Titanium Powder 30 micron, under water/ 95+%

Titanium Powder spherical 75-125 micron/ 99.8% (DG)/ (An additional DANGEROUS GOOD freight charge will apply – please enquire)

Titanium Powder spherical 125-250 micron/ 99.8% (DG)/ (An additional DANGEROUS GOOD freight charge will apply – please enquire)

Titanium Powder -200 mesh, under argon/ 99.5% (DG)/ (An additional DANGEROUS GOOD freight charge will apply – please enquire)

Titanium Powder spherical 125-250 micron/ Grade 1 (DG)/ (An additional DANGEROUS GOOD freight charge will apply – please enquire)

Titanium Pieces 2–5 mm/ 99.995%

Titanium Aluminium Vanadium Ti-6Al-4V Powder spherical 75–125 micron (EUD/EVE)/ (Ti6Al4V, Ti90/Al 6/V 4)

Titanium Granules 4 mm/ 99.8+%

Titanium Aluminium Vanadium Ti-6Al-4V Powder spherical 45-75 micron/ Grade 5 (EUD/EVE)/ (Ti6Al4V, Ti90/Al 6/V 4)

Titanium Pieces 2-5 mm/ 99.995%

Titanium Powder -200 mesh, under argon/ 99.5% (DG)/ (An additional DANGEROUS GOOD freight charge will apply – please enquire)

Titanium Granules 4 mm/ 99.8+%

Titanium Slugs approx. 5 x 10-12 mm / 99.6%

Titanium Granules < 6 mm/ 99.8%

Titanium Pellets 6 x 6 mm/ 99.8%

Titanium Granules 6 mm/ 99.8%

Titanium pellets 6 x 6 mm/ 99.99%

Titanium Foil 0.025 mm/ 99.99+%/ (approx. 0.28 g/50 x 50 mm)

Titanium Foil 0.025 mm/ 99.99+%/ (approx. 1.14 g/100 x 100 mm)

Titanium Granules 10 mm / 99.995%

Titanium Pellets 6 x 6 mm/ 99.99%

Titanium Granules 10 mm/ 99.995%

Titanium Foil 0.05 mm/ 99.6%/ (approx. 1.14 g/50 x 100 mm)

Titanium Foil 0.05 mm/ 99.99+%/ (approx. 2.27 g/100 x 100 mm)

Titanium foil 0.05 mm/ 99.6%/ (approx. 2.27 g/100 x 100 mm)

Titanium Foil 0.05 mm / 99.99+% / (approx. 0.57 g / 50 x 50 mm)

Titanium Foil 0.05 mm/ 99.6%/ (approx. 5.11 g/150 x 150 mm)

Titanium foil 0.1 mm/ 99.6%/ (approx. 10.22 g/150 x 150 mm)

Titanium Foil 0.1 mm/ 99.99+%/ (approx. 1.14 g/50 x 50 mm)

Titanium Foil 0.125 mm/ 99.6%/ (approx. 5.68 g/100 x 100 mm)

Titanium foil 0.125 mm/ 99.6%/ (approx. 1.99 g/35 x 100 mm)

Titanium Foil 0.125 mm/ 99.6%/ (approx. 12.77 g/150 x 150 mm)

Titanium Foil 0.1 mm/ 99.99+%/ (approx. 4.54 g/100 x 100 mm)

Titanium Foil 0.125 mm/ 99.6%/ (approx. 51 g/300 x 300 mm)

Titanium Foil 0.25 mm/ 99.6%/ (approx. 25.5 g/150 x 150 mm)

Titanium Foil 0.5 mm/ 99.6%/ (approx. 45.4 g/100 x 200 mm)

Titanium foil 0.5 mm/ 99.6%/ (approx. 5.67 g/50 x 50 mm)

Titanium Foil 0.25 mm/ 99.99+%/ (approx. 2.84 g/50 x 50 mm)

Titanium Foil 0.25 mm/ 99.99+%/ (approx. 11.35 g/100 x 100 mm)

Titanium Foil 0.5 mm/ 99.6%/ (approx. 22.7 g/100 x 100 mm)

Titanium Foil 0.5 mm/ 99.99+%/ (approx. 22.7 g/100 x 100 mm)

Titanium Foil 0.5 mm/ 99.99+%/ (approx. 5.68 g/50 x 50 mm)

Titanium Sheet 1.0 mm / 99.6% / (approx. 11.35 g / 50 x 50 mm)

Titanium Sheet 1.0 mm/ 99.995%/ (approx. 11.35 g/50 x 50 mm)

Titanium Sheet 1.0 mm/ 99.6%/ (approx. 90.8 g/100 x 200 mm)

Titanium Sheet 1.0 mm/ 99.995%/ (approx. 45.4 g/100 x 100 mm)