The Bosch Carbide Edge Jig Saw Blade provides 10X life versus standard bi-metal blades, featuring a carbide-tipped edge designed for cutting abrasive building materials. So this one jig saw blade really provides the confidence to make clean cuts in hard material. A thin blade kerf reduces material extraction, reduces heat and adds to performance. This jig saw blade helps provide the best solution for making scroll cuts across hard or specialty materials. It also helps make straight and curved bevel cuts.
Details
Industrial Subcategory:
Power Saws and Accessories
Industrial Subtype:
Reciprocating, Jigsaw and Hacksaws Saws
Power Saw Blades
California Prop 65 Warning Required?:
Features 01:
Carbide Edge jig saw blade – designed to provide outstanding cutting solutions for hard and difficult specialty materials
Features 02:
Carbide brazing technology – delivers 10X life versus standard bi-metal blades
Features 03:
Advanced design – provides clean cuts with higher resistance to heat buildup
Features 04:
Thin blade kerf – reduces material extraction, reduces heat and adds to performance
Features 05:
Optimized flexibility – allows for fewer blade changes
Features 06:
Quality manufacturing – features the best materials and quality engineering
Harmonized Tariff Code of the US (HTCUS):
Hazardous Material Classification:
NO_MSDS_AND_NOT_REGULATED_BY_DOT_(CFR49)
Inner Pack (Package) Quantity:
Internal Supplier Part Number:
Material Freight Class (NMFC):
500 - Bags of gold dust, ping pong balls (Less than 1 lb.)
Progressive Blade Tooth Spacing:
Shipping Parcel or Truck:
Spec 1:
Blade Cutting Material: Carbide Tipped
Spec 2:
Blade Thickness (in): 0.04
Spec 3:
Jig Saw Blade Type: Jig Saw T-Shank
Spec 4:
Progressive Blade Tooth Spacing: Yes
Spec 7:
Set / Individual: Individual
Other Details
Advanced design – provides clean cuts with higher resistance to heat buildup
Carbide brazing technology – delivers 10X life versus standard bi-metal blades
Carbide Edge jig saw blade – designed to provide outstanding cutting solutions for hard and difficult specialty materials
Optimized flexibility – allows for fewer blade changes
Quality manufacturing – features the best materials and quality engineering
Thin blade kerf – reduces material extraction, reduces heat and adds to performance