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  • API Non Magnetic Integral Spiral Blade String Drilling Stabilizer Near Bit Straight Integral Blade Stabilizer
  • API Non Magnetic Integral Spiral Blade String Drilling Stabilizer Near Bit Straight Integral Blade Stabilizer
  • API Non Magnetic Integral Spiral Blade String Drilling Stabilizer Near Bit Straight Integral Blade Stabilizer
  • API Non Magnetic Integral Spiral Blade String Drilling Stabilizer Near Bit Straight Integral Blade Stabilizer
  • API Non Magnetic Integral Spiral Blade String Drilling Stabilizer Near Bit Straight Integral Blade Stabilizer
  • API Non Magnetic Integral Spiral Blade String Drilling Stabilizer Near Bit Straight Integral Blade Stabilizer
API Non Magnetic Integral Spiral Blade String Drilling Stabilizer Near Bit Straight Integral Blade Stabilizer

API Non Magnetic Integral Spiral Blade String Drilling Stabilizer Near Bit Straight Integral Blade Stabilizer

  • 1 - 4 Pieces
    $1,500
  • 5 - 9 Pieces
    $1,450
  • >= 10 Pieces
    $1,400

Customization:

Customized logo(Min.Order: 50 pieces)
Customized packaging(Min.Order: 100 pieces)
Graphic customization(Min.Order: 100 pieces)

API Non Magnetic Integral Spiral Blade String Drilling Stabilizer Near Bit Straight Integral Blade Stabilizer

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Drilling Stabilization: Designed to maintain alignment and reduce vibration in drilling operations, ensuring straight boreholes in hard materials like rock, concrete, and metal.
  • Non-Magnetic & High-Strength Construction: Built with forged alloy steel for durability, ideal for magnetic-sensitive environments (e.g., oil/gas drilling) and heavy-duty cutting tasks.

Key features

  • 1. Non-Magnetic Forged Alloy Steel Construction

  • With a non-magnetic forged alloy steel body, ensure precision in drilling operations near magnetic fields while maintaining structural integrity under extreme pressure. This design outperforms standard magnetic stabilizers in sensitive environments like oil drilling or mining勘探*

  • 2. Integral Spiral Blade Design

  • With an integrated spiral blade structure, achieve smoother drilling by reducing vibration and friction, enhancing tool longevity compared to segmented blade stabilizers*. The streamlined design also improves bit alignment for consistent hole quality.

  • 3. High-Speed Stability Performance

  • Engineered for commercial-grade durability, this stabilizer maintains optimal performance at rotational speeds up to 20% higher than conventional models*, ensuring efficiency in deep-hole or high-volume drilling scenarios.

  • 4. Mining-Specific Scenario Adaptability

  • Designed for rugged mining environments, this stabilizer withstands continuous operation in abrasive rock formations, reducing downtime by up to 30% versus standard stabilizers*. Its compact profile also suits tight drilling spaces.

  • 5. Forged Alloy Steel Compliance

  • Forged from certified alloy steel to meet industrial safety standards (e.g., ISO 13679), this stabilizer guarantees reliability in high-stress applications. Ruizuan’s 1-year warranty reinforces confidence in its performance*.

Product details

API Non Magnetic Integral Spiral Blade String Drilling Stabilizer Near Bit Straight Integral Blade Stabilizer

The API Non Magnetic Integral Spiral Blade String Drilling Stabilizer is a high-performance drilling tool designed for professional mining and construction applications. Crafted from forged alloy steel and steel, this stabilizer ensures exceptional durability and stability during drilling in hard materials like concrete, stone, and metal. Its diamond-coated edges and integral spiral blade design minimize wear while maintaining precision, backed by a 1-year warranty from Ruizuan Diamond Tool.

Technical specifications

FeatureSpecificationApplication Scenario
Material CompositionAlloy steel + steel (forged)Withstands extreme pressures in mining and construction
Blade DesignIntegral spiral blades with diamond coatingCuts through hard materials without overheating
Magnetic PropertyNon-magneticEnsures safety in electromagnetic-sensitive environments
Durability30% longer lifespan vs. standard toolsProlonged use in abrasive drilling conditions

Customization guide

Adjustable parameters include blade diameter (25–150mm) and coating thickness to meet specific drilling needs. For high-impact applications, request a reinforced alloy steel core.

Get inspired

With diamond-coated spiral blades, you can achieve precise cuts in hard materials while reducing downtime. The non-magnetic design ensures reliability in sensitive environments, while the forged alloy steel construction guarantees stability even under heavy loads.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Wear Resistance10,000 cycles+20% (12,000 cycles)+40% (14,000 cycles)
Stability IndexStandard (8/10)Enhanced (9/10)Premium (10/10)
CompatibilityGeneral drillingMedium-duty rock/core drillingExtreme hard-rock mining

Supplier's note

  1. Technical Breakthroughs:

    • Diamond-Coated Edges: Triple the hardness of traditional carbide, enabling faster cutting in abrasive materials.
    • Integral Blade Design: Reduces blade detachment risks by 50% compared to segmented models.
    • Non-Magnetic Core: Ensures safe operation in MRI facilities or electromagnetic survey sites.
  2. Version Selection Guidance:

    • Base Model: Ideal for general contractors drilling soft to medium-hard materials (e.g., limestone).
    • Advanced Model: Suited for medium-duty applications like oil/gas well drilling, where stability and longevity are critical.
    • Pro Model: Designed for mining professionals handling ultra-hard rock (e.g., granite), with wear resistance 20% faster than industry benchmarks. With its premium stability, it minimizes tool replacement costs in high-risk environments.

Frequently asked questions

  • Which API Non Magnetic Integral Spiral Blade Stabilizer suits heavy-duty mining operations?

  • How do I maintain the diamond-coated edges of a Mining Machinery stabilizer?

  • What’s the advantage of alloy steel over regular steel in drilling stabilizers?

  • Can Ruizuan customize stabilizer dimensions for specialized drilling rigs?

  • Is the API Non Magnetic stabilizer API-certified for oil drilling?

  • How to install a String Drilling Stabilizer for optimal blade alignment?

  • Why is this stabilizer more durable than standard Mining Machinery stabilizers?

  • What warranty coverage does Ruizuan offer for drilling stabilizers?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
API Non-Magnetic StabilizersOil/gas drilling near magnetic sensorsNon-magnetic (ASTM A34 compliance) ▲10% lower interference vs industry standardAvoids magnetic interference with sensors, forged alloy steel (YS ≥ 1200 MPa)Higher cost, heavier weight (2.3 kg ± 0.2 kg)
Standard Magnetic StabilizersGeneral mining/drillingMagnetic (non-compliant ASTM A34), carbon steel (YS 800 MPa)Lower cost (30% cheaper than non-magnetic variants), lightweight (1.8 kg)Interferes with magnetic instruments, weaker material ▼25% strength vs non-magnetic
Ceramic-Coated StabilizersHigh-temperature drillingCeramic coating (ASTM C316), thermal resistance up to 800°CWithstands extreme heat ▲40% longer life in high-temp environmentsBrittle (30% higher chip risk), 2x cost of standard stabilizers
High-Yield Steel StabilizersHeavy-duty miningHeat-treated steel (YS 1500 MPa), ISO 6508-1 compliance▲30% higher pressure tolerance, durable for abrasive rock formationsBulky design (3.2 kg), 50% higher price than standard stabilizers
Modular Drill StabilizersCustomizable drilling setupsAdjustable blade modules (ISO 10423), quick-swap designCustomizable for hole sizes (φ50–φ200 mm), 50% faster maintenanceHigher initial cost (€450–€600/unit), weaker under extreme lateral forces
Integral Spiral Blade StabilizersDeep-hole drilling operationsIntegral spiral blades (ISO 6508-1), 0.5mm blade toleranceSeamless design ▲20% smoother drilling, reduced vibration (≤43 dBA)Requires specialized maintenance tools, 40% heavier than modular variants

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