Duratec SFB Bandsaw Blade - 115" x 3/8" x .025" - 4 TPI - Hook

Cut with speed, precision, and confidence using the Starrett® Duratec™ SFB 4 TPI hook tooth bandsaw blade. Made from high-quality carbon steel, this blade offers outstanding durability, flexibility, and sharpness for both professional shops and serious hobbyists. The aggressive hook tooth design delivers fast, deep cuts while effectively clearing chips to prevent heat build-up and ensure smooth operation.

Its 3/8" width provides a balance of stability for straight cuts and versatility for moderate curves, making it ideal for ripping thick hardwoods, breaking down large boards, and cutting certain plastics. Built to withstand heavy use, the Duratec™ SFB maintains performance over long cutting sessions, ensuring consistent, reliable results.

Features:

• Flexible carbon steel back
• Fine tooth pitch for smooth cuts
• Cuts hardwood and softwood
• For all vertical/stationary two-wheel bandsaws

Specifications:

• Blade Length: 115"
• Blade Width: 3/8"
• Blade Thickness: .025"
• Pitch (Teeth Per Inch): 4 TPI
• Tooth Profile: High Hook
• Set Type: Raker
• Rake Angle: Positive Rake
• Pitch Type: Constant - All teeth on the blade have uniform spacing, gullet depth and rake angle throughout the full length
• Applications: Wood, composites, plastics, MDF and nonferrous metals

What's Included:

• (1) Starrett - Duratec SFB Bandsaw Blade - 115" x 3/8" x .025" - 4 TPI - Hook

Notes:

• Consider the following when selecting a bandsaw blade:
• Blade Length: Check the user's manual or manufacturer's website for details.
• Blade Width (Straight Cuts): Use the widest blade possible.
• Blade Width (Circle or Radius Cuts): The smaller the blade width, the smaller the radius, or tighter the circle you will be able to cut out.
• Pitch/Teeth Per Inch (TPI): Choose a coarser pitch if the speed of the cut is most important. Choose a fine pitch if the finish is most important.
• Tooth design or the combination of these variables (tooth shape, position, set, type and spacing) will determine whether the blade can move through your material without binding or becoming clogged with chips.