Stanley FatMax? screwdrivers have strong, corrosion resistant, chrome vanadium steel bars, which allow high torque with a reduced risk of tip breakage. The handles are moulded directly to the shafts for a virtually unbreakable bond which gives long life and durability.
The Folding Jab Saw provides comfort and control with its non-slip grip on the handle. The hardened and tempered blade stays sharp for a long time while the blade cuts on both push and pull strokes. Triple ground teeth cuts 50% faster than traditional tooth designs.
Screwdriver sets have a chrome vanadium steel bar allows high torque and reduces the risk of tip breakage, and the handle is moulded directly to shaft for a virtually unbreakable bond which gives long life and durability.
Stanley FatMax® screwdrivers have strong, corrosion resistant, chrome vanadium steel bars, which allow high torque with a reduced risk of tip breakage. The handles are moulded directly to the shafts for a virtually unbreakable bond which gives long life and durability.
Stanley FatMax? screwdrivers have strong, corrosion resistant, chrome vanadium steel bars, which allow high torque with a reduced risk of tip breakage. The handles are moulded directly to the shafts for a virtually unbreakable bond which gives long life and durability.
The Folding Jab Saw provides comfort and control with its non-slip grip on the handle. The hardened and tempered blade stays sharp for a long time while the blade cuts on both push and pull strokes. Triple ground teeth cuts 50% faster than traditional tooth designs.
Screwdriver sets have a chrome vanadium steel bar allows high torque and reduces the risk of tip breakage, and the handle is moulded directly to shaft for a virtually unbreakable bond which gives long life and durability.
Stanley FatMax® screwdrivers have strong, corrosion resistant, chrome vanadium steel bars, which allow high torque with a reduced risk of tip breakage. The handles are moulded directly to the shafts for a virtually unbreakable bond which gives long life and durability.