Lenox® 20582956R Reciprocating Saw Blade, 9 in L x 3/4 in W, 6 TPI, Bi-Metal Body
02220582
MFG #: 20582956R
$0.00
/ Pack of 5
In Stock
- Type: Standard Bi-Metal
- Length: 9, 9 in
- Width: 3/4, 3/4 in
- Thickness: 0.05, 0.05 in
- Teeth Per Inch: 6, 6 TPI
- Teeth Type: Tuff
- Body Material: Bi-Metal
- Applicable Materials: Clean Wood or Nail Embedded Wood, Nail Embedded Wood
Lenox® Reciprocating Saw Blade, 9 in Length, 3/4 in Width, 0.05 in Thickness, 6 TPI, Tuff Teeth, Bi-Metal Body, Applicable Materials: Nail Embedded Wood
- Long lasting, fast cutting and versatile
- Long lasting, fast c
- Long life patented
- TUFF TOOTH™ design provides long blade life
- TUFF TOOTH™ design p
- Shatter-resistant
- Bi-metal design provides the flexibility and durability single metal blades can't
- Bi-metal design prov
- Power blast Technology™ increases blade life, high speed blasting along the cutting edge s
- Power blast Technolo
- Long blade life and increased versatility - patented T2 technology reduces cutting forces
- Long blade life and
Long lasting, fast cutting and versatile
Long lasting, fast cutting and versatile
Long life patented
TUFF TOOTH™ design provides long blade life
TUFF TOOTH™ design provides long blade life
Shatter-resistant
Bi-metal design provides the flexibility and durability single metal blades can't
Bi-metal design provides the flexibility and durability single metal blades can't
Power blast Technology™ increases blade life, high speed blasting along the cutting edge strengthens the blade to reduce breaks and increase durability
Power blast Technology™ increases blade life, high speed blasting along the cutting edge strengthens the blade to reduce breaks and increase durability
Long blade life and increased versatility - patented T2 technology reduces cutting forces on each tooth and optimizes chip removal to allow efficient cutting in the widest range of materials
Long blade life and increased versatility - patented T2 technology reduces cutting forces on each tooth and optimizes chip removal to allow efficient cutting in the widest range of materials