Milwaukee® SAWZALL® Ice Hardened™ 48-01-8091 Tapered Back Thin Kerf Reciprocating Saw Blade, 6 in L x 3/4 in W, 8/12 TPI, Bi-Metal Body, Universal/Toothed Edge Tang
20220228
MFG #: 48-01-8091
- Type: Tapered Back Thin Kerf
- Series: SAWZALL®
- Length: 6
- Width: 3/4
- Thickness: 0.05
- Teeth Per Inch: 8/12, 8/12 TPI
- Teeth Type: Matrix II/Raker
- Tang Size: 1/2
- Tang Style: Toothed Edge/Universal, Universal, Universal/Toothed Edge
- Cutting Edge Material: Bi-Metal, HSS
- Body Material: Bi-Metal, Cryogenic Bi-Metal
- Finish: Bright
- Color: White
- Applicable Materials: Aluminum, Copper, Metal, Non-Ferrous Metal, Plastic, PVC and Wood with Nails, Copper, Aluminum, Non-Ferrous Metal, Metal, PVC, Plastic and Wood with Nails
Milwaukee® SAWZALL® Ice Hardened™ Reciprocating Saw Blade, Tapered Back Thin Kerf, 6 in Length, 3/4 in Width, 0.05 in Thickness, 8/12 TPI, Matrix II/Raker Teeth, 1/2 in Tang, Universal/Toothed Edge Tang, Bi-Metal Cutting Edge, Bi-Metal Body, Bright, White, Applicable Materials: Aluminum, Copper, Metal, Non-Ferrous Metal, Plastic, PVC and Wood with Nails
- Sawzall® blades toug
- Ice Hardened™ for up
- For up to 50% longer life
- Bi-metal blades feat
- A unique combination of relief angles forms a radius on the back of the tooth that reduces
- A unique combination
- The cutting surface
- Precision forming process creates sharper teeth for fast cutting
- Precision forming pr
- Matrix II Bi-metal teeth for greater durability
- Matrix II bi-metal t
- 1/2 in universal sha
- For up to 50% longer
• Sawzall® blades tough Neck™ ribs strengthen the blade tang and minimize breakage Ice Hardened™ for up to 50% longer life
Ice Hardened™ for up to 50% longer life
For up to 50% longer life
• Bi-metal blades feature a toothed edge made from high speed steel (HSS) attached to a flexible steel backing through an electron beam welding process, this configuration results in a blade that makes precise cuts while resisting breakage
A unique combination of relief angles forms a radius on the back of the tooth that reduces stress build-up during cutting and substantially extends blade life
A unique combination of relief angles forms a radius on the back of the tooth that reduces stress build-up during cutting and substantially extends blade life
• The cutting surface of a toothed edge is composed of a row of pointed teeth
Precision forming process creates sharper teeth for fast cutting
Precision forming process creates sharper teeth for fast cutting
Matrix II Bi-metal teeth for greater durability
Matrix II bi-metal teeth for greater durability
1/2 in universal shank
For up to 50% longer life