Milwaukee
Milwaukee Tool Milwaukee OPEN-LOK TAPERED SEALANT CUTTING BLADE 5PK
- SKU:
- MLW49-25-2241
- Availability:
- Usually Ships Same Day
- Weight:
- 0.30 LBS
Description
DUTY®
Tapered Sealant
Cutting Blade
A stainless-steel OPEN-LOK blade for plunging into and removing expansion-joint sealant.
Product Overview
The tapered tip enters sealant in a joint, and ground side edges allow side-to-side cutting and scraping.
The rigid blade supports deeper plunge work beyond a flexible surface scraper’s role.
- Tapered profileStarts cuts in narrow joints.
- Triple-ground edgeCuts and scrapes sealant.
- Deep reachUp to 3 in plunge depth.
- Rigid bodyThick-kerf construction.
Technical Specifications
- Plunge depth
- 3 in
- Material
- Stainless steel
- Shape
- Tapered
- Edge grind
- Triple-ground
- Mount
- OPEN-LOK
- Body style
- Thick kerf / rigid
Choose the Correct Fit
Verify that the tool accepts the OPEN-LOK mounting interface. Check any model-specific adapter requirement before installation.
Identify the substrate and material to remove. Test a small area to find an angle and speed that avoid gouging the surface.
Installation & Care
Remove the battery or unplug the tool before changing accessories. Seat the blade fully in the clamp and tighten as instructed.
Use controlled pressure and keep hands clear of the edge. Let the accessory cool, clean residue off it and replace damaged blades.
Small Details. Big Jobsite Energy.
Get set. Stay focused. Make your next move count.
THE NEXT JOB.
Ask Willy:
Tell Willy your multi-tool model, material and working clearance to check the right specialty accessory.
Important Product Questions
What is this blade intended to remove?
It is designed for sealant, including material in expansion joints. Confirm what lies behind the joint before plunging.
Can it scrape sideways?
Yes. The side-ground edges support side-to-side scraping and cutting as well as plunge work.
Is 3 in always usable cutting depth?
No. Three inches is the stated maximum plunge depth. Tool angle, mounting and the space behind the work can reduce safe usable depth.
