Thermal Spray Gun > Coating Powder

Self-Fluxing Nickel Alloy Powder [-170+325]

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 [-170+325]
Product NameSelf-Fluxing Nickel Alloy Powder
Particle Size-170+325 Mesh
Process CompatibilityHVOF, Plasma Spray, Flame Spray (on enquiry)
Alloy ChemistryNiCrBSi / NiCrWBSi (typical for self-fluxing; exact grade on enquiry)
MorphologyGas-atomized, spherical (typical; to be confirmed)
Hardness RangeOn enquiry (varies by specific alloy grade)
Pack Sizes Available5 kg tin, 10 kg tin, 25 kg pail
Melting Point / RangeOn enquiry (grade-dependent)
Oxygen ContentOn enquiry

Product description

Details buyers use to confirm grade, use and supply.

About Self-Fluxing Nickel Alloy Powder [-170+325]

Self-fluxing nickel alloy powders are widely used in thermal spray and spray-and-fuse operations to deposit dense, well-bonded coatings. The -170+325 mesh particle size distribution is a common specification for HVOF (High Velocity Oxygen Fuel) and plasma spray systems, offering a balance between flowability and melt characteristics. The self-fluxing nature, typically derived from boron and silicon additions, eliminates the need for a separate flux, simplifies the coating process, and helps achieve low-porosity deposits.

Thermal Spray Process Compatibility

This powder grade is suitable for evaluation across multiple thermal spray processes. The final selection depends on your specific coating requirements, substrate material, and desired hardness.

  • HVOF Spraying: Produces dense, well-adhered coatings with low oxide content, ideal for wear and corrosion protection.
  • Plasma Spraying: Offers high deposition rates and is suitable for a wide range of component geometries.
  • Flame Spraying / Spray-and-Fuse: A cost-effective method for applying and fusing coatings, often used for rebuilding worn shafts and parts.

Industrial Applications

Procurement professionals and engineers source this type of powder for surface engineering tasks that demand reliable performance under abrasive wear, fretting, or corrosive conditions. Typical application areas include:

  • Rebuilding and hardfacing of worn industrial shafts, pump sleeves, and plungers.
  • Protective coatings on boiler tubes, valves, and seats exposed to high-temperature erosion.
  • Glass mould plungers and other components requiring a combination of wear resistance and release properties.
  • General maintenance, repair, and overhaul (MRO) operations in heavy engineering and process industries.

Selection and Handling Guidance

To achieve consistent coating results, proper powder handling and storage are essential. Keep the powder in its original, sealed container in a cool, dry environment to prevent moisture absorption, which can affect flow and cause spray inconsistencies. Always confirm the specific alloy chemistry and hardness range with our team to match your base material and service conditions. A sieve analysis certificate can be provided on request to verify the particle size distribution.

About SPA2Z — Your Source for Self-Fluxing Nickel Alloy Powder

SPA2Z supports industrial buyers and maintenance teams in sourcing coating consumables for surface preparation and thermal spray applications. We understand that coating outcomes depend on consistent powder quality and reliable supply. When you enquire about this self-fluxing nickel alloy powder, we focus on confirming the grade, particle size, and pack size that align with your spray equipment and job requirements.

Our role is to connect you with the right product for your process, whether you are trialling a new coating specification or fulfilling a regular production requirement. We offer flexible pack options to suit both small-scale testing and bulk orders.

  • Request a detailed powder specification and grade recommendation.
  • Confirm compatibility with your HVOF, plasma, or flame spray system.
  • Enquire about pack sizes, pricing, and delivery timelines.

Applications

Where this powder is commonly sprayed.

Shaft & Sleeve Rebuilding

Restore dimensions on worn industrial shafts, pump sleeves, and bearing journals with a wear-resistant nickel alloy coating.

Valve & Seat Protection

Apply corrosion and erosion-resistant coatings to valves, seats, and trim components in demanding process environments.

Glass Mould Coatings

Coat glass mould plungers and neck rings where a combination of wear resistance and release properties is required.

General Hardfacing & MRO

Use for maintenance, repair, and overhaul tasks across heavy engineering, foundries, and fabrication workshops.

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.