Bosch HS2161 20 Inch Moil Point Chisel 1-1/8 Inch Breaker Hex Hammer Steel Heavy Duty Concrete Demolition Brick Structural Piercing Boring Tool

Bosch HS2161 20 Inch Moil Point Chisel 1-1/8 Inch Breaker Hex Hammer Steel Heavy Duty Concrete Demolition Brick Structural Piercing Boring ToolPuncture Massive High PSI Concrete Slabs and Shatter Structural Masonry Footings Instantly Using Premium Self Sharpening Moil Point Steel Shatter production records and drive your high impact demolition lines ahead of schedule with the professional grade Bosch HS2161 20 Inch Moil Point 1 1 8 Inch Hex Hammer Steel. Specifically engineered for industrial excavation crews, road building contractors, structural masonry demolition teams, and utility

Puncture Massive High-PSI Concrete Slabs and Shatter Structural Masonry Footings Instantly Using Premium Self-Sharpening Moil Point Steel

Shatter production records and drive your high-impact demolition lines ahead of schedule with the professional-grade Bosch HS2161 20-Inch Moil Point 1-1/8-Inch Hex Hammer Steel. Specifically engineered for industrial excavation crews, road building contractors, structural masonry demolition teams, and utility pipeline technicians, this heavy-duty breaker bit provides unmatched material destruction. Standard flat chisels can deflect or bind when pushed into compressed, shifting stone aggregates and deep concrete slabs. This premium moil point configuration resolves that jobsite bottleneck by concentrating the entire percussive kinetic impact energy of your pavement breaker tool straight into a single, razor-sharp point. This immense concentration of physical force splits tough mass structures instantly, delivering faster starter holes and superior clearing velocity.

Forged in Italy from premium high-stress alloy steel, this commercial-grade bit features an extended 20-1/2 inch overall shaft reach that enables deep penetration into thick foundational headers, multi-layered structural brick, and packed building slabs. Bosch brings continuous metallurgical innovation to the field by utilizing a proprietary, computer-controlled thermal heat-treating process that tempers the steel body core to resist catastrophic fracture failures under massive thermal stress. The specialized precision-ground pointed head shape continuously self-sharpens under heavy abrasive workloads, maintaining its sharp wedging geometry to prevent problematic bit jams or sticking inside tight structural crevices. Backed by a universal 1-1/8 inch hexagonal drive shank that slides smoothly into all high-capacity pneumatic and corded breaker hammers, this master demolition tool ensures maximum material removal shift after shift.

Key Features

• Concentrated Moil Point Geometry: Sharp pointed apex directs raw hammer impact energy into a localized strike zone for fast structural fracturing.
• Extended Deep Plunge Reach: Features an optimized 20-1/2 in. total shaft length to facilitate deep breaches inside thick mass footings and foundations.
• Proprietary Heat-Treat Engineering: Advanced thermal tempering matrix maximizes steel tensile strength to limit dynamic flexing and stop mid-body fractures.
• Universal 1-1/8 Inch Hex Shank: Heavy-duty industrial hex drive interface matches standard high-capacity electric and pneumatic breaker hammers.
• Self-Sharpening Tip Alignment: Tapered cutting tip wears away uniformly under hard friction, keeping its sharp point to drastically lower tool jamming.
• High-Velocity Material Displacement: Built specifically to optimize hourly material removal volumes during general demolition, layout chiseling, and brick stripping.

Specifications

Pro-Tip: When using an industrial 20-inch moil point bit to fracture massive concrete slabs, avoid using the tool as a pry bar while the hammer triggers are engaged. Applying heavy lateral or prying leverage to an industrial 1-1/8 inch hex bit while it is subjected to high-frequency percussive shocks creates severe bending stress. This can cause micro-fractures in the tool steel, so let the percussive impact of the point crack the substrate before repositioning.