LENOX 956R (20582) 9X3/4 18TPI BI-METAL NAIL EMBEDDED WOOD RECIPROCATING SAW BLADE (PK5/PER EA)
Product Details
Attributes
Features
Resources
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
High speed steel tooth tips combined with flexible alloy steel backing material results in band saw blades that are the most cost effective choice for most metal sawing applications. A wide variety of products are available to ensure optimal blade performance in your application.
- Long lasting, fast cutting and versatile
- Long life patented
- TUFF TOOTH™ design provides long blade life
- Shatter-resistant
- 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
- 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
Product Details
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
High speed steel tooth tips combined with flexible alloy steel backing material results in band saw blades that are the most cost effective choice for most metal sawing applications. A wide variety of products are available to ensure optimal blade performance in your application.
Attributes
Features
- Long lasting, fast cutting and versatile
- Long life patented
- TUFF TOOTH™ design provides long blade life
- Shatter-resistant
- 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
- 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