Ceramic Titania Powder 20-63 µm

About Ceramic Titania Powder 20-63 µm

Titania (TiO2) coatings are widely recognized in the thermal spray industry for their unique combination of properties. When applied as a coating, titania exhibits excellent hardness, superior resistance to many chemicals and acids, and good tribological characteristics, making it a preferred choice for pump sleeves, printing rolls, chemical processing equipment, and textile machinery components.

The 20-63 µm particle size distribution is a standard cut for many thermal spray processes. This range balances the need for fine particles that melt easily in the heat source with larger particles that maintain momentum and build coating thickness efficiently. The powder morphology is typically a spray-dried and sintered or fused-and-crushed form, designed to flow freely through powder feeders without clogging or inconsistent feed rates.

Key Features and Benefits

• High-purity TiO2 composition for consistent coating chemistry and predictable performance.
• 20-63 µm particle size distribution optimized for HVOF, plasma, and flame spray processes.
• Excellent chemical resistance against acids, alkalis, and many industrial chemicals.
• Good hardness and wear resistance for components subject to sliding wear and abrasion.
• Dense, low-porosity coatings achievable with proper parameter optimization.
• Available in multiple pack sizes (5 kg, 10 kg, 25 kg) to suit both trial runs and production volumes.

Thermal Spray Process Compatibility

This Ceramic Titania Powder is suitable for use with the following thermal spray processes. Final suitability depends on your specific equipment, parameters, and coating requirements. SPA2Z recommends discussing your application with our technical team to confirm the best powder grade and process match.

• HVOF (High Velocity Oxygen Fuel): Produces very dense, well-bonded titania coatings with low oxide content and high hardness.
• Plasma Spray (APS): Widely used for titania coatings; offers flexibility in coating thickness and substrate compatibility.
• Flame Spray: A cost-effective method for less critical applications where extreme density is not required.

Typical Applications

Ceramic Titania coatings are applied across a range of industries where surface protection is critical. Common applications include:

• Pump components: Sleeves, shafts, and impellers requiring chemical resistance and wear protection.
• Printing and paper rolls: Surfaces that need a combination of hardness, smooth finish, and ink/chemical resistance.
• Textile machinery: Guides, rollers, and tensioning components subject to fiber abrasion.
• Chemical processing equipment: Valves, seals, and vessels exposed to corrosive media.
• General engineering: Components requiring a hard, electrically insulating, or chemically inert surface layer.

About SPA2Z — Your Source for Ceramic Titania Powder

SPA2Z supports industrial coating operations and surface preparation professionals with a practical, no-nonsense supply of thermal spray powders, including Ceramic Titania Powder 20-63 µm. We understand that coating quality starts with consistent feedstock. That's why we focus on providing clearly specified powder grades in the pack sizes you actually need—whether you are testing a new coating recipe with a 5 kg tin or running full production with 25 kg pails.

When you enquire with SPA2Z, you connect with a team that speaks the language of surface engineering. We help you confirm particle size suitability, discuss process compatibility (HVOF, plasma, flame), and arrange timely delivery. Our goal is to make sourcing reliable titania powder straightforward, so you can focus on your coating results. Request your grade quote today and let us know your application and process details for a fast, relevant response.