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W6 M42 M2 DM05 HSS Circular Saw Blade Metal Pipe Cutting Disc Stainless Steel Cutting High Speed Steel Blade

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Versatile Material Cutting: Designed to efficiently cut through metal pipes, stainless steel, wood, and plastic with carbide teeth and high-speed steel (HSS) construction.
  • Precision Performance: Equipped with a Ti-coated surface and M42 alloy base, ensuring sharpness retention and durability for heavy-duty applications.

Key features

  • 1. Material Technology

  • With M42 high-speed steel and Ti-coated finish, ensure exceptional durability and corrosion resistance in harsh environments compared to standard steel blades*.

  • 2. Performance Parameters

  • With carbide-tipped teeth, achieve up to 20% faster and smoother cuts on metal and stainless steel than conventional bi-metal blades*.

  • 3. Scenario Solutions

  • With customizable tooth configurations and multiple sizes (12-18in), adapt to diverse cutting needs from thin metal sheets to thick pipes efficiently*.

  • 4. Performance Parameters

  • With a 18in diameter option, handle thick metal pipes and structural materials with ease compared to smaller blades*.

  • 5. Certification Standards

  • With materials compliant to industrial cutting standards (e.g., ANSI/ISO), ensure safety and reliability for professional applications*.

Product details

W6 M42 M2 DM05 HSS Circular Saw Blade  Metal Pipe Cutting Disc Stainless Steel Cutting High Speed Steel Blade

The W6 M42 M2 DM05 HSS Circular Saw Blade is engineered for precision cutting of metal pipes, stainless steel, and other hard materials. Crafted with advanced materials like M42 high-speed steel and carbide teeth, this blade combines durability, sharpness, and versatility for industrial and professional applications.

Technical specifications

FeatureSpecificationBenefit
Blade MaterialM42 high-speed steel, tungsten carbide steelEnhanced heat resistance and longevity
Tooth MaterialCarbideMaintains sharpness for clean, precise cuts
CoatingTi-coatedCorrosion resistance and reduced friction
Blade Diameter Options12", 14", 16", 18"Adaptable to diverse cutting requirements
Application ScenarioMetal pipe cutting, stainless steel fabricationVersatile for industrial and construction tasks

Customization guide

Adjustable parameters:

  • Diameter: Choose from 12" to 18" to match equipment and material thickness.
  • Tooth Count: Optimize between speed (fewer teeth) and precision (more teeth) for specific tasks.
  • Tooth Geometry: Customize for smoother cuts in hard metals or faster cuts in softer materials.

Get inspired

With its carbide teeth and M42 alloy core, this blade ensures clean cuts in stainless steel and pipes, reducing material waste. The Ti-coating extends its lifespan in corrosive environments, making it ideal for long-term industrial use.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Material CompositionHSS + steelM42 + carbideTungsten carbide steel
Cutting SpeedStandard (400 RPM)+15% faster+30% faster*
Durability500 cuts800 cuts1,200 cuts
Tooth Count24 teeth (general)36 teeth (precision)48 teeth (ultra-precision)

Supplier's note

  1. Technical Breakthroughs:

    • M42 Alloy Core: Triple the heat resistance of standard HSS blades, enabling continuous cutting in high-temperature environments.
    • Ti-Coating: Reduces friction by 20%, extending blade life in corrosive or wet conditions.
    • Carbide Teeth: 50% sharper than steel teeth, ensuring minimal material deformation in precision cuts.
  2. Optimal Version Selection:

    • Base Model: Ideal for occasional DIY or light industrial tasks requiring basic durability.
    • Advanced Model: Best for heavy-duty workshops needing a balance of speed and precision (e.g., pipe fabrication).
    • Pro Model: Designed for industrial-scale operations (e.g., aerospace or automotive manufacturing) demanding extreme longevity and accuracy.

Example: With the Pro Model’s tungsten carbide steel, you can cut through 1-inch stainless steel pipes 30% faster than traditional blades. Its 48 carbide teeth ensure zero burring, reducing post-processing time by up to 40%.

Frequently asked questions

  • Which circular saw blade size suits cutting thick stainless steel pipes?

  • How do I maintain the sharpness of a Ti-coated HSS circular saw blade?

  • What makes M42 steel better than regular HSS for metal cutting discs?

  • Can this carbide-tooth blade cut both metal and wood?

  • Are there customization options for tooth count on metal cutting discs?

  • Is the Ti-coated blade safe for high-temperature industrial use?

  • Why choose a tungsten carbide steel blade over regular steel for metal pipes?

  • Does the W6 M42 blade comply with industrial safety standards?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Blade MaterialHeavy industrial cutting, metal fabrication- Industry: High Carbon Steel (ASTM A108)
- Base: HSS (ASTM A681) ▲
- Advanced: Tungsten Carbide (ISO 599) ▲▲
HSS resists heat; Tungsten carbide offers extreme durability (▲▲)Advanced materials cost 30–50% more (▲▲)
Tooth MaterialPrecision cutting, high-speed machining- Industry: High Carbon Steel Teeth (ASTM A108)
- Base: Carbide-Tipped (ISO 3655) ▲
- Advanced: Diamond-Coated ▲▲
Carbide teeth last 3× longer (▲); Diamond coating extends lifespan by 50% (▲▲)Diamond versions require specialized sharpening (▲▲)
Coating (Finish)High-temperature applications- Industry: Uncoated
- Base: TiN Coating (ISO 3898) ▲
- Advanced: Multilayer PVD (ASTM F2496) ▲▲
TiN reduces friction by 20% (▲); PVD coating boosts wear resistance by 40% (▲▲)Coatings add 15–25% to cost (▲)
Blade DiameterCutting thick metal pipes- Industry: 12" (common)
- Base: 14" ▲ (cuts 1.5" steel)
- Advanced: 18" ▲▲ (cuts 3" steel)
18" handles structural steel beams (▲▲); 14" improves pipe cutting efficiency (▲)18" requires 30% more motor power (▲▲)
Material CompositionAbrasive material cutting- Industry: M2 HSS (ASTM A681)
- Base: M42 Powder Metallurgy (ISO 599) ▲
- Advanced: M42 + Cobalt ▲▲
M42 resists chipping 2× better (▲); Cobalt alloy improves heat tolerance (▲▲)Advanced blades demand specialized storage (▲▲)
Blade ThicknessHigh-vibration applications- Industry: 0.12" (standard)
- Base: 0.15" ▲ (resists flex)
- Advanced: 0.18" ▲▲ (anti-warp)
0.18" reduces deflection by 40% (▲▲); 0.15" cuts 25% faster in thick metals (▲)Heavier blades increase fatigue risk (▲▲)

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