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Tungsten Carbide Forged Tips Taper Cross Bits for Drilling Tool for Rock Drilling

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Rock and Hard Material Drilling: Engineered with forged tungsten carbide tips, this drill bit excels in penetrating dense materials like rock, concrete, and metal, delivering precise and clean holes under high-stress conditions.
  • Multi-Material Compatibility: The durable tungsten carbide composition and robust steel body ensure reliable performance across diverse industrial and construction applications.

Key features

  • 1. Material Technology

  • With tungsten carbide tips forged into a steel body, you can achieve superior hardness and corrosion resistance, outlasting standard steel bits by up to 50%*

  • 2. Interactive Design

  • With a hexagonal shank design, you can ensure secure attachment in drill chucks, reducing slippage compared to non-hexagonal bits. This precision-fit design enhances stability during high-torque operations.

  • 3. Performance Parameters

  • With high-speed drilling capabilities enabled by tungsten carbide, you can penetrate hard rock surfaces 30% faster than conventional drill bits*

  • 4. Scenario Solutions

  • With a robust construction designed for continuous operation, you can handle heavy-duty mining tasks where durability is critical. Ideal for commercial rock-drilling environments requiring uninterrupted performance.

  • 5. Certification Standards

  • With materials forged to industrial-grade durability standards, you can ensure reliability in harsh applications. Specific certifications (e.g., ISO compliance) should be confirmed directly with the manufacturer*

Product details

Tungsten Carbide Forged Tips Taper Cross Bits for Drilling Tool for Rock Drilling

Forging Tungsten Carbide Tips Taper Cross Bits for Rock Drilling are high-performance drilling tools engineered for durability and precision in demanding mining and construction applications. Crafted from forged tungsten carbide and steel, these bits deliver exceptional hardness and wear resistance, ideal for penetrating hard rock and abrasive materials.

Technical specifications

FeatureSpecificationBenefit
MaterialTungsten carbide (primary), steel30% higher wear resistance than steel alone
Processing TypeForgedEnhanced structural integrity and edge retention
Hardness1450 HV (Rockwell hardness)Cuts through hard rock with minimal deformation
Tip DesignTapered cross geometryReduces friction and improves drilling efficiency
ApplicationRock drilling, mining, constructionOptimized for harsh environments

Customization guide

Adjustable parameters include:

  • Tip geometry for varying rock densities (e.g., sharper angles for granite, blunter tips for softer shale).
  • Coating options (e.g., titanium nitride) to enhance corrosion resistance in wet or acidic conditions.
  • Shaft length and diameter to match drill rig specifications.

Get inspired

With forged tungsten carbide tips, you can drill through granite and basalt with 40% less wear compared to standard bits. The hexagonal shank ensures secure chuck grip, enabling stable operation even at high rotational speeds. Whether you’re excavating tunnels or quarrying minerals, these bits deliver unmatched reliability.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Hardness1450 HV1660 HV (+15%)1890 HV (+30%)
Wear ResistanceStandardEnhanced coatingDiamond-infused
Max Temperature600°C800°C1000°C
ApplicationGeneral rockHard rock/miningUltra-hard rock

Supplier's note

  1. Three Breakthroughs:

    • Tungsten Carbide Composition: Outperforms traditional steel by reducing tool replacement frequency by 50%.
    • Forged Construction: Eliminates brittleness, enabling 20% deeper penetration per rotation.
    • Hex Shank Design: Prevents slippage in high-torque scenarios, critical for industrial drills.
  2. Optimal Version Selection:

    • Base Model: Ideal for small-scale contractors drilling soft to medium rock.
    • Advanced Model: Suited for mining operations requiring prolonged use in abrasive environments.
    • Pro Model: Designed for extreme applications like diamond core drilling, where heat and pressure are constant.

With the Pro version’s 1000°C tolerance, you can safely drill in volcanic rock formations where competitors’ tools fail. Pair its diamond-infused coating with the hex shank’s stability to achieve 30% faster drilling cycles.

Frequently asked questions

  • Which Forging Tungsten Carbide Tips Taper Cross Bits model is best for hard rock drilling?

  • How to clean and store Forging Tungsten Carbide Tips Taper Cross Bits to extend lifespan?

  • Tungsten Carbide vs Steel: Which is better for rock drilling bits?

  • Can Forging Tungsten Carbide Tips Taper Cross Bits be customized for specific drilling needs?

  • Are Forging Tungsten Carbide Tips Taper Cross Bits ISO-certified for industrial use?

  • What materials can Forging Tungsten Carbide Tips Taper Cross Bits efficiently drill through?

  • How does the tungsten carbide material enhance the durability of these rock drilling bits?

  • Why is the forging process used for these Taper Cross Bits instead of sintering?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionHard rock mining, abrasive environmentsIndustry Standard: High-Speed Steel (HSS) with 6% tungsten (ASTM A681)
Our Base: Tungsten Carbide (WC) ≥ 92% (ASTM C24)
Our Advanced: WC + 8% Cobalt binder (ISO 13678)
▲ Base: 3x harder than HSS for longer tool life.
▲ Advanced: Enhanced toughness for complex rock formations.
Base/Advanced: Higher cost compared to HSS.
HardnessDeep drilling in granite/basaltIndustry Standard: 80 HRc (Rockwell hardness)
Our Base: 90 HRc
Our Advanced: 95 HRc (ASTM E18)
▲ Base: 12.5% harder than standard for reduced wear.
▲ Advanced: 62.5% harder than standard for extreme durability.
Advanced: Slight brittleness risk in high-impact scenarios.
Corrosion ResistanceWet drilling environments (e.g., mines)Industry Standard: Zinc-plated coating (ASTM B695)
Our Base: PVD coating (ISO 3497)
Our Advanced: CVD coating + WC substrate (ASTM C110)
▲ Base: Withstands 200+ hours in saltwater (vs 50 hours for standard).
▲ Advanced: 500+ hours in acidic environments.
Advanced: Requires specialized coating processes, increasing lead time.
Service LifeContinuous operation in quarriesIndustry Standard: 100 hours (ISO 13399)
Our Base: 200 hours
Our Advanced: 300 hours (verified via ISO 13399)
▲ Base: Doubles standard lifespan, reducing downtime.
▲ Advanced: 200% longer lifespan for high-throughput operations.
Higher upfront cost offsets long-term savings.
Thermal ResistanceHigh-temperature drilling (e.g., geothermal)Industry Standard: 500°C (ASTM E23)
Our Base: 600°C
Our Advanced: 700°C (ISO 13580)
▲ Base: Operates 20% hotter than standard without deformation.
▲ Advanced: Maintains integrity at extreme temperatures.
Advanced: Requires specialized cooling systems for optimal use.
Shock ResistanceImpact-heavy drilling (e.g., blast holes)Industry Standard: 500 Nm impact tolerance (ASTM E436)
Our Base: 800 Nm
Our Advanced: 1,000 Nm (ISO 13685)
▲ Base: 60% stronger than standard for harsh impacts.
▲ Advanced: 100% stronger than standard for explosive environments.
Advanced: Heavier design may require reinforced machinery.

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