NEO TOOLS Energy+ Saw Blade 150 x 10 mm, 24 Teeth, for Wood, MDF and Chipboard

NEO TOOLS Energy+ Saw Blade 150 x 10 mm, 24 Teeth, for Wood, MDF and Chipboard

NEO TOOLS · XbTools

14.44 EUR

In stock

NEO TOOLS Energy+ Saw Blade 150 x 10 mm, 24 Teeth, for Wood, MDF and Chipboard

NEO TOOLS Energy+ Saw Blade 150 x 10 mm, 24 Teeth, for Wood, MDF and Chipboard

The NEO TOOLS Energy+ saw blade 150 x 10 mm with 24 teeth is engineered for fast, clean, and efficient cutting in wood and wood-based materials. Its super-thin design reduces cutting resistance, making it especially suitable for battery-powered tools that require high efficiency and smooth operation.

Features

  • 24 TCT teeth: Cemented carbide teeth support clean cuts and long-lasting performance.
  • Super-thin 1.6 mm design: Reduces resistance during work and improves cutting efficiency.
  • 150 mm blade diameter: Practical size for compact and lightweight saws.
  • 10 mm mounting hole: Designed for compatible saw systems.
  • MN65 manganese steel body: Provides durability and stability during use.
  • High operating speed: Suitable for work up to 11,000 rpm.

Benefits

  • Supports fast and precise cutting in natural wood and board materials.
  • Helps improve efficiency in cordless devices thanks to reduced cutting resistance.
  • Suitable for demanding daily use in workshop and installation tasks.
  • Combines durable construction with smooth cutting performance.

Applications

  • Wood
  • Plywood
  • Chipboard
  • MDF
  • Other wood-based materials

Technical Details

  • Blade diameter: 150 mm
  • Mounting hole diameter: 10 mm
  • Blade thickness: 1.6 mm
  • Number of teeth: 24
  • Tooth size: 1.6 mm x 1.0 mm
  • Tooth material: TCT cemented carbide
  • Blade body material: MN65 manganese steel
  • Maximum rotational speed: 11,000 rpm

NEO TOOLS Energy+ Saw Blade - Efficient Cutting for Cordless Tools

  • Fast cutting: Designed for smooth and quick work in wood-based materials.
  • Low resistance: Super-thin construction helps battery-powered tools work more efficiently.
  • Practical durability: Strong materials support reliable long-term use.