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  • Decagonal Carbide Cloth Textile Cutting Blade Knife 10 Ten Side Sewing Blade
  • Decagonal Carbide Cloth Textile Cutting Blade Knife 10 Ten Side Sewing Blade
  • Decagonal Carbide Cloth Textile Cutting Blade Knife 10 Ten Side Sewing Blade
  • Decagonal Carbide Cloth Textile Cutting Blade Knife 10 Ten Side Sewing Blade
  • Decagonal Carbide Cloth Textile Cutting Blade Knife 10 Ten Side Sewing Blade
  • Decagonal Carbide Cloth Textile Cutting Blade Knife 10 Ten Side Sewing Blade
Decagonal Carbide Cloth Textile Cutting Blade Knife 10 Ten Side Sewing Blade

Decagonal Carbide Cloth Textile Cutting Blade Knife 10 Ten Side Sewing Blade

$15.00-$17.00/ Piece|20 Piece/Pieces(Min. Order)

Customization:

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

Decagonal Carbide Cloth Textile Cutting Blade Knife 10 Ten Side Sewing Blade

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Textile Cutting: Designed for high-precision cutting of cloth, fabric, and textile materials, leveraging a decagonal (10-sided) carbide blade for multi-angle cutting capabilities.
  • Versatile Blade Geometry: The octagonal shape enables consistent edge distribution, reducing material waste and ensuring clean, accurate cuts for sewing, tailoring, or industrial applications.

Key features

  • 1. Material Technology

  • With carbide-tipped high-grade steel construction, ensure exceptional durability and sharpness for heavy-duty textile cutting.

  • 2. Interactive Design

  • The decagonal shape allows rotation to utilize multiple cutting edges, reducing downtime for sharpening.

  • 3. Performance Parameters

  • Precision-engineered edges deliver clean cuts across various fabric thicknesses at high speeds.

  • 4. Scenario Solutions

  • Tailored for industrial textile applications, providing reliable performance in commercial sewing and cutting operations.

  • 5. Certification Standards

  • Complies with industrial blade safety standards, ensuring reliability and precision in professional settings.

Product details

Decagonal Carbide Cloth Textile Cutting Blade Knife 10 Ten Side Sewing Blade

The Decagonal Carbide Cloth Textile Cutting Blade Knife features a precision-engineered decagonal (10-sided) design, crafted from carbide-tipped high-grade steel. Its central mounting hole ensures secure attachment to cutting tools, while its sharp edges and durable material make it ideal for industrial textile, fabric, and paper cutting applications.

Technical specifications

FeatureSpecificationBenefit
MaterialCarbide-Tipped High-Grade SteelEnhanced edge retention and durability
GeometryDecagonal (10-sided) shapePrecision cuts with minimal material waste
Mounting SystemCentral 12mm precision-drilled holeUniversal compatibility with cutting tools
Edge FinishMirror-polished, hardened surfaceReduced friction and extended blade life
CertificationISO 9001 & ANSI B11.9 safety standardsCompliance with industrial safety norms

Customization guide

Adjustable parameters include:

  • Blade Angle: Custom bevel angles (15°–45°) to match material thickness or cutting speed requirements.
  • Hole Diameter: From 10mm to 15mm to fit diverse tool adapters.
  • Coating Options: Anti-corrosion or anti-static coatings for specialized environments.

Get inspired

With its decagonal geometry and carbide-tipped edges, this blade delivers unmatched precision for high-volume textile cutting. Ideal for garment manufacturing, packaging, or industrial fabric processing, it ensures clean cuts while minimizing tool changes and downtime.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Edge Retention500 cuts+15% (575 cuts)+30% (650 cuts)*
Precision±0.1mm tolerance±0.085mm±0.07mm
Material ThicknessUp to 5mmUp to 5.75mmUp to 6.5mm
CoatingStandardAnti-corrosionAnti-static + Corrosion-Resistant

Supplier's note

  1. Technical Breakthroughs:

    • Edge Retention: Carbide-tipped edges last 30% longer than traditional steel blades, reducing replacement frequency.
    • Precision Geometry: The decagonal shape ensures even wear distribution, maintaining sharpness across all cutting surfaces.
    • Universal Mounting: The 12mm hole aligns with 90% of industrial cutting tools, eliminating adapter costs.
  2. Version Selection Guidance:

    • Base Model: Suitable for small-scale textile workshops or occasional use (e.g., hobbyist garment cutting).
    • Advanced Model: Ideal for medium-volume production (e.g., boutique apparel factories needing corrosion resistance in humid environments).
    • Pro Model: Designed for heavy industrial use (e.g., automotive fabric suppliers requiring anti-static properties to prevent material adhesion).

With the Pro Model’s triple-thick carbide coating, you can cut abrasive materials like reinforced fabrics without edge degradation. Pair its ±0.07mm precision with automated cutting systems to achieve defect-free production runs.

Frequently asked questions

  • Which decagonal carbide blade suits textile industries for precise fabric cutting?

  • How to maintain a 10-sided carbide sewing blade to preserve sharpness?

  • Carbide vs. Steel Blades: Which is better for heavy-duty cutting in industrial settings?

  • Can this blade be customized for sewing machines or specific cutting tools?

  • Is the carbide blade ISO-certified for industrial use?

  • Does the decagonal design improve cutting precision for fabrics compared to round blades?

  • How long does a 10-sided carbide blade last compared to standard steel blades?

  • Why does this blade prevent fraying in textiles during high-volume cutting?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material QualityHeavy-duty industrial cutting- Industry Standard: AISI 1095 steel (50 HRC)
- Our Base: AISI 440C steel (▲10% hardness, 55 HRC)
- Our Advanced: Carbide-Tipped (▲40% hardness, 85 HRC)
- Advanced version resists wear 4x longer than industry standards.
- Base version balances cost and durability.
- Advanced version may require specialized sharpening tools.
- Industry standard lacks edge retention for abrasive materials.
Precision EngineeringHigh-accuracy cutting (e.g., textiles)- Industry Standard: ±0.1mm tolerance
- Our Base: ±0.05mm (▲50% precision)
- Our Advanced: ±0.02mm (▲80% precision)
- Advanced ensures minimal waste in precision applications like fabric cutting.
- Base meets most industrial tolerances.
- Advanced version is 30% heavier, affecting handheld use.
- Industry standard may cause uneven cuts in delicate materials.
Mounting CompatibilityUniversal tool attachment- Industry Standard: 1/4" unthreaded hole
- Our Base: 1/4" threaded insert (▲ ease of installation)
- Our Advanced: Customizable hole size (1/4"–1/2")
- Advanced accommodates diverse machinery (e.g., CNC routers, sewing machines).
- Base reduces tool misalignment risk.
- Advanced customization increases upfront cost.
- Industry standard requires manual alignment adjustments.
CustomizationTailored cutting solutions- Industry Standard: Limited to standard sizes
- Our Base: Adjustable blade length (▲20% flexibility)
- Our Advanced: Full customization (shape, size, material)
- Advanced enables niche applications (e.g., circular cutting for upholstery).
- Base suits variable project needs.
- Advanced customization requires design collaboration.
- Industry standard lacks adaptability for unique tasks.
DurabilityHigh-cycle operations (e.g., mass production)- Industry Standard: 500 cycles before dulling
- Our Base: 1000 cycles (▲100% longevity)
- Our Advanced: 2000 cycles (▲300% longevity)
- Advanced reduces downtime in high-volume textile manufacturing.
- Base cuts maintenance costs by 40%.
- Advanced blades may require specialized storage to prevent damage.
- Industry standard requires frequent replacements.
Edge RetentionRepeated use without resharpening- Industry Standard: 100 cuts before resharpening
- Our Base: 200 cuts (▲100% retention)
- Our Advanced: 500 cuts (▲400% retention)
- Advanced ideal for continuous operations like automated sewing lines.
- Base maintains sharpness twice as long as competitors.
- Advanced blades may chip if misused on hard materials.
- Industry standard blades dull rapidly under pressure.

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