Thermal Spray Gun > Coating Powder

Self-Fluxing Nickel Alloy Powder 10-30 µm

4.6(38 reviews)Verified Supplier
Get Latest Price / UnitPrice on requestMOQ: 1 pack
PowderThermal spray powder
MeshMultiple meshes
ProcessHVOF / plasma
PackSealed packs
MOQ1 pack
AvailabilityConfirmed on enquiry
DeliveryDomestic & export
  • Tested before dispatch
  • Demo / site visit
  • Installation support
  • GST invoice
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Quality testedChecked before dispatch
Quote in 24 hrsPrice, stock, delivery
Demo / site visitSee it before you buy
Service & sparesSupport after install

Mesh & Price

Compare mesh and packing — then request price.

MeshDensityProcessBest for
−325 — Plasma Fine coat

Specifications

Technical details for planning, quotation and supply.

ProductSelf-Fluxing Nickel Alloy Powder 10-30 µm
Product NameSelf-Fluxing Nickel Alloy Powder
Particle Size10-30 µm
ChemistryNickel-based with boron and silicon (self-fluxing)
MorphologySpherical / predominantly spherical
Suitable ProcessesHVOF, Plasma Spray, Flame Spray
Hardness (as-sprayed)To be confirmed based on grade
Pack Options5 kg tin, 10 kg tin, 25 kg pail
AvailabilityQuotation basis — stock confirmation on enquiry

Product description

Details buyers use to confirm grade, use and supply.

About Self-Fluxing Nickel Alloy Powder (10-30 µm)

Self-fluxing nickel alloy powders contain boron and silicon, which act as fluxing agents during spraying. These elements lower the melting point and promote oxide removal, helping the sprayed particles wet the substrate and form a dense, low-porosity coating. The result is a metallurgically bonded layer with good hardness and resistance to wear and corrosion in many industrial environments.

The 10–30 µm particle size range is a fine cut commonly specified for high-velocity oxy-fuel (HVOF) spraying, where controlled particle melting and high impact velocity produce coatings with low oxide content and high bond strength. This size range can also be used in select plasma and flame spray setups, depending on torch configuration and feed parameters.

Typical coating characteristics

  • Self-fluxing chemistry reduces the need for separate flux additions during spraying.
  • Fine particle size supports smooth as-sprayed surface finish and good machinability after fusing or grinding.
  • Coatings exhibit resistance to abrasive wear, cavitation, and oxidation at elevated temperatures.
  • Fusing after spraying can further densify the coating and improve metallurgical bonding.

Common industrial uses

This powder grade finds use across industries that rely on thermal spray for component life extension. Typical applications include:

  • Repair and dimensional restoration of shafts, journals, and bearing seats.
  • Wear-resistant coatings on pump sleeves, plungers, and valve components.
  • Corrosion-resistant overlays on process equipment in chemical, petrochemical, and power generation plants.
  • Glass mould plungers and other hot-end tooling requiring oxidation resistance.

Because coating performance depends heavily on substrate preparation, spray parameters, and post-spray treatment, SPA2Z recommends discussing your specific component, base material, and operating conditions before finalising a powder grade.

About SPA2Z — Self-Fluxing Nickel Alloy Powder supply and support

SPA2Z supports industrial buyers with thermal spray powder supply, grade selection assistance, and pack-size flexibility. When you enquire about self-fluxing nickel alloy powder 10-30 µm, our team focuses on matching the right powder specification to your spray process and coating performance requirements — not just shipping a generic material.

We work with manufacturing companies, surface preparation contractors, fabrication workshops, and maintenance teams who need reliable coating powders for wear and corrosion applications. Our quotation process captures your process type (HVOF, plasma, or flame), substrate material, and coating function so we can recommend a suitable grade from available stocks.

  • Standard pack options: 5 kg tin, 10 kg tin, 25 kg pail — other pack sizes on request.
  • Grade selection support based on your spray equipment and coating target.
  • Quotation-based supply with clear lead times and delivery terms.

For a powder grade quote, pack-size pricing, or technical discussion about process fit, contact SPA2Z with your application details.

Applications

Where this powder is commonly sprayed.

Shaft & journal restoration

Rebuilding worn bearing seats and shaft diameters on rotating equipment with machinable, wear-resistant coatings.

Pump & valve protection

Coating pump sleeves, plungers, and valve seats to resist abrasive wear and corrosive process fluids.

Glass mould tooling

Oxidation-resistant overlays on hot-end glass mould plungers and forming tools operating at elevated temperatures.

General wear-facing overlays

Applying hard, fused coatings on industrial components subject to sliding wear, cavitation, or erosion.

FAQ

Which mesh size should I choose?
Mesh depends on your spray process and coating requirement. Use the mesh table on the product page, or select Custom and describe your need.
Which spray processes are supported?
Typical processes include HVOF, plasma spray, flame spray and cold spray. Select your process in the quote form so we quote the right grade.
Can I order a sample or bulk powder?
Yes. Ask for a sample bottle or bulk drums. Enter quantity and choose Kg, Bottle or Drum in the form.
Can you share a certificate or material data sheet?
Yes. Request a COA or datasheet in your enquiry and we share available documents with the quote.
Need a price? Ask us here.