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  • Tungsten Carbide Scarifier Cutters for Concrete Road Planning Machines
  • Tungsten Carbide Scarifier Cutters for Concrete Road Planning Machines
  • Tungsten Carbide Scarifier Cutters for Concrete Road Planning Machines
  • Tungsten Carbide Scarifier Cutters for Concrete Road Planning Machines
  • Tungsten Carbide Scarifier Cutters for Concrete Road Planning Machines
  • Tungsten Carbide Scarifier Cutters for Concrete Road Planning Machines
Tungsten Carbide Scarifier Cutters for Concrete Road Planning Machines

Tungsten Carbide Scarifier Cutters for Concrete Road Planning Machines

  • 100 - 499 Sets
    $3.10
  • >= 500 Sets
    $2.80

Customization:

Customized logo(Min.Order: 10 pieces)

Tungsten Carbide Scarifier Cutters for Concrete Road Planning Machines

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Concrete Surface Scarification: Designed to efficiently cut, mill, and remove deteriorated concrete surfaces on roads, pavements, and industrial floors.
  • Durability in Harsh Environments: Built with tungsten carbide and tungsten cobalt alloy, ensuring resistance to abrasion, high temperatures, and mechanical stress during heavy-duty operations.

Key features

  • 1. Material Technology

  • With a tungsten carbide cutting edge reinforced by an alloy steel body and a TiAlN coating, these scarifier cutters deliver exceptional hardness and wear resistance. This combination outperforms traditional high-speed steel (HSS) tools, ensuring prolonged tool life in abrasive concrete environments.

  • 2. Performance Parameters

  • The tungsten carbide composition allows for high cutting speeds and superior heat resistance, enabling faster material removal rates. This makes them ideal for aggressive concrete road planning, achieving up to 25% higher output compared to standard carbide tools.

  • 3. Scenario Solutions

  • Designed specifically for heavy-duty road planning machines, these cutters excel in continuous operation scenarios. Their robust construction ensures reliability in abrasive environments, minimizing downtime during large-scale infrastructure projects.

  • 4. Interactive Design

  • The face mill design with replaceable tungsten carbide inserts allows for quick adjustments and maintenance. Worn cutting edges can be easily resharpened or replaced, reducing tool change downtime by up to 40% compared to solid-body cutters

Product details

Tungsten Carbide Scarifier Cutters for Concrete Road Planning Machines

Our Tungsten Carbide Scarifier Cutters are engineered for precision concrete road planning, combining robust tungsten carbide construction with advanced TiAlN coating. Designed for milling machines, these cutters deliver superior wear resistance and efficient material removal in heavy-duty applications.

Technical specifications

FeatureSpecificationBenefit
Material CompositionTungsten Carbide (WC), Alloy Steel ShankHigh hardness and wear resistance for prolonged tool life
CoatingTiAlN (Titanium Aluminum Nitride)Enhanced thermal stability and reduced friction during cutting
Machine CompatibilityDesigned for Concrete Milling MachinesEnsures seamless integration with standard road planning equipment
Cutter GeometryFace Mill Configuration with Aggressive Tooth AnglesEfficient material removal and clean edge finishing on concrete surfaces

Customization guide

Adjustable tooth pitch and helix angles to accommodate varying concrete hardness and project specifications. Custom tungsten carbide grades available for specialized alloy compositions in pavement materials.

Get inspired

Elevate your road maintenance operations with our Tungsten Carbide Scarifier Cutters. Engineered for unmatched durability and precision, these cutters ensure consistent performance even in the toughest concrete environments. Whether resurfacing highways or rehabilitating urban streets, our tools deliver efficiency gains that reduce downtime and enhance project timelines.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Material Hardness (HRA)89+15% (97)+30% (102)*
Wear ResistanceStandard Grade WCCobalt-Enhanced WCUltra-Grade WC with Nanocoating
Max Cutting Speed (m/min)354560
Service Life (Hours)80120200

Supplier's note

  1. Technical Breakthroughs:

    • TiAlN Coating: Reduces friction by 20%, extending tool life in abrasive environments.
    • Tungsten Carbide Core: 30% harder than traditional steel alloys, enabling deeper cuts in reinforced concrete.
    • Optimized Tooth Geometry: 40% less vibration during high-speed milling, ensuring smoother surface finishes.
  2. Version Selection Guidance:

    • Pro Model: Ideal for heavy industrial applications (e.g., quarry projects) requiring triple the wear resistance of industry standards. Its nanocoating paired with ultra-grade WC ensures safe handling of ultra-hard pavement composites.
    • Advanced Model: Balances performance and cost for municipal roadwork, excelling in medium abrasion scenarios.
    • Base Model: Suitable for routine maintenance tasks where standard hardness and service life suffice.

*Pro Model’s hardness exceeds industry benchmarks by 14%, enabling use in extreme temperature ranges (-20°C to 600°C).

Frequently asked questions

  • Which tungsten carbide scarifier cutters are best for heavy-duty concrete road planing?

  • What are the benefits of TiAlN coating on scarifier cutters for milling machines?

  • How do I clean tungsten carbide scarifier cutters after road planing projects?

  • Why choose tungsten carbide over high-speed steel for concrete scarifier cutters?

  • Can tungsten carbide scarifier cutters be customized for specific road projects?

  • Is tungsten carbide suitable for high-temperature road planing operations?

  • What applications are tungsten carbide face mills best suited for?

  • Are these scarifier cutters compatible with standard milling machines?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
High-Speed Steel (HSS) CuttersGeneral machining, light-duty applicationsHSS material (Rockwell C60), no coatingLower cost, easier to sharpenLower durability (▲▼ vs tungsten carbide), unsuitable for hard materials
Tungsten Carbide Base CuttersHeavy-duty concrete cuttingTungsten carbide (Rockwell C85), TiAlN coating (5μm, ISO 3497)▲ 20% harder than HSS, better heat resistanceHigher cost than HSS, requires specialized sharpening
Tungsten Carbide Advanced CuttersExtreme wear, high-volume road planningTungsten carbide (Rockwell C90), TiAlN + PVD coating (8μm, ASTM F2329)▲▲ 30% harder than HSS, 5% harder than Base, enhanced corrosion resistanceMost expensive option, brittle at extreme temps
Cobalt-Enhanced Tungsten CuttersHigh-temperature environments12% cobalt binder (ASTM F1921), tungsten carbide core▲▲ Improved thermal stability (operates up to 800°C)Slightly reduced hardness compared to standard tungsten carbide
Polycrystalline Diamond (PCD)Ultra-hard materials (composites, ceramics)PCD layer (ISO 5660), diamond grit surface▲▲▲ Highest hardness (Rockwell C100), ideal for non-ferrous materialsExtremely brittle, cost-prohibitive for most applications
Carbide-Tipped CuttersMixed material cuttingCarbide tips on steel body (ISO 13399), minimal coatingCost-effective for varied materials, easy replacement of tips▼ Tips prone to detachment under heavy impact, lower overall lifespan

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