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  • BWIN Tungsten Carbide Triangle Thread Insert Shim square Round CNMG/DNMG/SNMG/WNMG/TNMG Turning Insert Shim
  • BWIN Tungsten Carbide Triangle Thread Insert Shim square Round CNMG/DNMG/SNMG/WNMG/TNMG Turning Insert Shim
  • BWIN Tungsten Carbide Triangle Thread Insert Shim square Round CNMG/DNMG/SNMG/WNMG/TNMG Turning Insert Shim
  • BWIN Tungsten Carbide Triangle Thread Insert Shim square Round CNMG/DNMG/SNMG/WNMG/TNMG Turning Insert Shim
  • BWIN Tungsten Carbide Triangle Thread Insert Shim square Round CNMG/DNMG/SNMG/WNMG/TNMG Turning Insert Shim
BWIN Tungsten Carbide Triangle Thread Insert Shim square Round CNMG/DNMG/SNMG/WNMG/TNMG Turning Insert Shim
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BWIN Tungsten Carbide Triangle Thread Insert Shim square Round CNMG/DNMG/SNMG/WNMG/TNMG Turning Insert Shim

  • 100 - 299 Pieces
    $0.95
  • 300 - 999 Pieces
    $0.93
  • >= 1000 Pieces
    $0.90

Customization:

Customized logo(Min.Order: 5000 pieces)
Customized packaging(Min.Order: 10000 pieces)
Graphic customization(Min.Order: 10000 pieces)

BWIN Tungsten Carbide Triangle Thread Insert Shim square Round CNMG/DNMG/SNMG/WNMG/TNMG Turning Insert Shim

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Machining: Designed for external turning operations in CNC machining, enabling high-precision cuts on metals and hard materials. The triangular, square, and round shapes cater to diverse cutting angles and depths.
  • Durability & Strength: Manufactured from tungsten carbide with hardness HRC40-60, ensuring resistance to wear, heat, and pressure for long tool life.

Key features

  • 1. Material Technology

  • With tungsten carbide composition, ensure exceptional wear resistance and high-temperature stability during heavy-duty machining operations.

  • 2. Interactive Design

  • With multiple geometric shapes (triangle, square), adapt to diverse cutting angles and depths for precise external turning tasks.

  • 3. Performance Parameters

  • With HRC40-60 hardness rating, achieve prolonged tool life and consistent performance in demanding CNC machining processes.

  • 4. Scenario Solutions

  • Designed for continuous operation in commercial manufacturing, reducing downtime and enhancing productivity compared to standard HSS tools*.

Product details

BWIN Tungsten Carbide Triangle Thread Insert Shim square Round CNMG/DNMG/SNMG/WNMG/TNMG Turning Insert Shim

The BWIN Tungsten Carbide Triangle Thread Insert Shim is engineered for precision machining in industrial settings. Crafted from high-grade tungsten carbide, these inserts deliver exceptional hardness (HRC40-60) and durability, ideal for external turning applications. Available in triangle, square, and round shapes (CNMG/DNMG/SNMG/WNMG/TNMG standards), they suit diverse cutting tasks requiring robust performance and long tool life.

Technical specifications

FeatureSpecificationBenefit
MaterialTungsten CarbideHigh wear resistance and heat tolerance
HardnessHRC40-60Ensures longevity in heavy-duty machining
CoatingUncoatedCost-effective for standard applications
ShapeTriangle, SquareVersatile for varied cutting angles and depths
Control ModeCNC CompatiblePrecision integration with automated systems
ApplicationExternal TurningOptimized for metalworking and material removal

Customization guide

Adjustable parameters include:

  • Shape: Tailor geometry to specific cutting angles (e.g., TNMG for interrupted cuts).
  • Hardness: Modify HRC range for applications requiring extreme durability (e.g., HRC55+ for hardened steels).
  • Edge Design: Customize cutting edges for smoother surface finishes or deeper cuts.

Get inspired

With the BWIN inserts’ precision-engineered carbide core and shape diversity, manufacturers can achieve consistent results across machining tasks. Whether turning steel, aluminum, or exotic alloys, these inserts ensure reliability and reduced downtime.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
HardnessHRC40-50HRC50-55HRC55-60
Shape Options2 (Triangle/Square)4 (Adds Round/Trapezoidal)All Standard Shapes
Edge RetentionStandard20% Improved30% Enhanced

Supplier's note

  1. Key Breakthroughs:

    • Material Composition: Tungsten carbide ensures 2x longer tool life vs. high-speed steel.
    • Precision Geometry: CNC-machined edges reduce vibration by 15% in rough cuts.
    • Shape Flexibility: 5 standardized geometries cover 80% of industrial turning needs.
  2. Version Selection Guide:

    • Base Model: Ideal for general workshops machining soft to medium-hard metals (e.g., aluminum, mild steel).
    • Advanced Model: Suited for medium-duty operations (e.g., stainless steel) needing enhanced edge retention.
    • Pro Model: Recommended for heavy industries (e.g., aerospace, automotive) requiring HRC60 hardness to cut hardened alloys.

With the Pro Model’s HRC60 hardness, you can machine ultra-hard materials like tool steel without frequent tool changes. Pair its trapezoidal shape with CNC automation to achieve 30% faster production cycles. The Base Model’s cost-effectiveness makes it perfect for educational or small-scale workshops.

Frequently asked questions

  • Which BWIN tungsten carbide triangle insert shape is best for machining hard metals?

  • How do I maintain BWIN uncoated carbide turning inserts for CNC machining?

  • Why choose tungsten carbide inserts over HSS for CNC turning applications?

  • Can BWIN square carbide inserts be customized for specific cutting angles?

  • Are BWIN carbide inserts compliant with industrial machining standards?

  • Which BWIN insert shape suits aluminum machining with minimal surface defects?

  • How do BWIN carbide inserts reduce downtime in CNC production lines?

  • What makes BWIN uncoated inserts suitable for external turning operations?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Standard Carbide InsertsGeneral machining tasksMaterial: Tungsten Carbide (HRC40-60)
Uncoated
Shapes: Triangle, Square
Cost-effective, durable for routine useLower wear resistance, limited to softer materials
Coated Carbide InsertsHigh-speed machining of tough materialsCoating: TiN (ASTM C1363)
Hardness: HRC50-65
Shapes: Various
Enhanced wear resistance, longer tool lifeHigher cost, coating may degrade under extreme temps
Ceramic InsertsHigh-temp applications, non-ferrous metalsMaterial: Al₂O₃-based (HRA 90+)
Heat resistance up to 1200°C (ISO 4497)
Extremely hard, withstands high tempsBrittle, unsuitable for interrupted cuts
Our Base Model (Uncoated)General turning operationsHRC40-60
Uncoated
CNC compatible
Reliable performance at lower costLess durable in harsh conditions
Our Advanced ModelHeavy-duty, high-speed machiningCoating: PVD TiAlN (ASTM C1363)
Hardness: HRC60-65▲
CNC optimized
▲50% longer tool life vs Base, better heat resistanceHigher cost, requires careful handling to preserve coating
Competitor's AdvancedExtreme machining conditionsCVD coating (Al₂O₃/TiC)
Hardness: HRC65-70▲▲
Limited shape options
Superior wear resistance for toughest materialsVery expensive, limited customization, brittle under impact

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