Different Size Hardface Material, Tungsten Carbide Particles

Hardface material across sizes: the deposit design decides the band – base layers coarse, cap layers fine.

Design and Construction — a VPOINT crushed tungsten carbide particles for hardfacing and wear applications. The specification and performance tables below list dims, duty and inspection points; the FAQ covers selection, use and service. ISO 9001 production, batch-verified, custom sizes from drawings.

Different Size Hardface Material, Tungsten Carbide Particles - gallery view 1
Different Size Hardface Material, Tungsten Carbide Particles - gallery view 2
Different Size Hardface Material, Tungsten Carbide Particles - gallery view 3
Different Size Hardface Material, Tungsten Carbide Particles - gallery view 4
Different Size Hardface Material, Tungsten Carbide Particles - gallery view 5
Different Size Hardface Material, Tungsten Carbide Particles - gallery view 6

Design and Construction

Hardface material published across sizes: coarse bands for base layers that anchor deep, fine bands for cap layers that finish the wear face. Deposit design is a layering exercise – the size ladder supports it.

How It Works

Layer the deposit: coarse base grit anchors into the parent, fine cap grit presents the working face – the two-band deposit outwears single-band builds.

Applications

Multi-layer hard-facing, rebuild programmes, wear-system engineering.

Field Cases

  • Rebuild programme: two-band deposits doubled wear life on digger teeth.
  • Wear engineering: base-and-cap layering became the standard build.
  • Maintenance: the size ladder supported both layers from stock.

Performance Data

Metric Value / Observation
Ladder Coarse base + fine cap bands
Deposit design Two-band layering
Wear gain Multi-band outwears single-band (typical)
Grade Tungsten carbide

Suitable Materials

Multi-layer hard-facing systems.

Material Comparison: Two-Band Deposit vs Single-Band Build

What layering buys on heavy wear parts:

Factor Two-Band (this ladder) Single-Band Build
Anchor layer Coarse grit bites deep Single band does both jobs
Working layer Fine grit finishes the face Compromised either way
Wear life Longer – two mechanisms covered Shorter
Rebuild simplicity Repeat the layering Re-optimise each time
Stock model Both bands from stock One band only

Delivery Scope

Bands per layer; layering guide included.

Why Choose VPOINT

Deposits are layered – the ladder supports the design.

Precision & Quality Control

Bands verified per lot against the ladder.

Specifications

Layering information:

Item Specification
Ladder Coarse base / fine cap
Design Layered deposit
Guide Layering included
Grade Tungsten carbide

Frequently Asked Questions

Why layer two bands?

Coarse anchors, fine finishes – two mechanisms covered.

Wear life gain?

Two-band deposits typically outwear single-band builds.

Guide?

Layering guide included.

Bands stocked?

Both ends of the ladder.

Repeat builds?

Yes – the layering repeats batch to batch.

Related Search Terms

hardface material sizes, layered hardfacing, base cap deposit, multi layer grit, coarse fine layers, deposit design carbide, rebuild grit ladder, wear system engineering, two band deposit, hardfacing size ladder, base layer grit, cap layer grit, wear life layering, maintenance grit bands, hardfacing ladder supplier

+Key words: tungsten carbide pellets, crushed tungsten carbide, carbide hardfacing, oil drilling hardfacing, drill tool wear protection, KY3 grade pellets, KY4 grade pellets, 90-91.5 HRA carbide, milling shoe hardfacing, grinding shoe hardfacing, stabilizer hardfacing, drill pipe protection, bucket teeth hardfacing, auger flight protection, mining wear parts, carbide composite rod, flux coated hardfacing rod, copper matrix rod, CuZnNi matrix, 70% tungsten carbide loading, hardfacing overlay, re-overlay restoration, tungsten carbide mesh sizes, tungsten carbide grit, snow plow blade protection, well service tools

Sources & standards: ISO 9001 quality management · UNSPSC commodity codes · eClass product classification