HSS with M-35, 5% cobalt, for higher heat and abrasion-resistance; heavy-duty web construction for strength and durability. Split point begins drilling immediately, minimizing bit walk when used in applications such as metal drilling, including heavy-duty abrasive alloy metal drilling on hardened steel (heat-treated). Constructed...

High-speed steel with M-35, 5% cobalt, for higher heat and abrasion resistance; heavy-duty web construction for strength and durability. Split point begins drilling immediately, minimizing bit walk when used in applications such as metal drilling, including heavy-duty abrasive alloy metal drilling on hardened steel...

High-speed steel with M-35, 5% cobalt, for higher heat and abrasion resistance; heavy-duty web construction for strength and durability. Split point begins drilling immediately, minimizing bit walk when used in applications such as metal drilling, including heavy-duty abrasive alloy metal drilling on hardened steel...

High-speed steel with M-35, 5% cobalt, for higher heat and abrasion resistance; heavy-duty web construction for strength and durability. Split point begins drilling immediately, minimizing bit walk when used in applications such as metal drilling, including heavy-duty abrasive alloy metal drilling on hardened steel...

High-speed steel with M-35, 5% cobalt, for higher heat and abrasion resistance; heavy-duty web construction for strength and durability. Split point begins drilling immediately, minimizing bit walk when used in applications such as metal drilling, including heavy-duty abrasive alloy metal drilling on hardened steel...

HSS with M-35, 5% cobalt, for higher heat and abrasion-resistance; heavy-duty web construction for strength and durability. Split point begins drilling immediately, minimizing bit walk when used in applications such as metal drilling, including heavy-duty abrasive alloy metal drilling on hardened steel (heat-treated). Constructed...

High-speed steel with M-35, 5% cobalt, for higher heat and abrasion resistance; heavy-duty web construction for strength and durability. Split point begins drilling immediately, minimizing bit walk when used in applications such as metal drilling, including heavy-duty abrasive alloy metal drilling on hardened steel...

High-speed steel with M-35, 5% cobalt, for higher heat and abrasion resistance; heavy-duty web construction for strength and durability. Split point begins drilling immediately, minimizing bit walk when used in applications such as metal drilling, including heavy-duty abrasive alloy metal drilling on hardened steel...

High-speed steel with M-35, 5% cobalt, for higher heat and abrasion resistance; heavy-duty web construction for strength and durability. Split point begins drilling immediately, minimizing bit walk when used in applications such as metal drilling, including heavy-duty abrasive alloy metal drilling on hardened steel...

HSS with M-35, 5% cobalt, for higher heat and abrasion-resistance; heavy-duty web construction for strength and durability. Split point begins drilling immediately, minimizing bit walk when used in applications such as metal drilling, including heavy-duty abrasive alloy metal drilling on hardened steel (heat-treated). Constructed...

High-speed steel with M-35, 5% cobalt, for higher heat and abrasion resistance; heavy-duty web construction for strength and durability. Split point begins drilling immediately, minimizing bit walk when used in applications such as metal drilling, including heavy-duty abrasive alloy metal drilling on hardened steel...

High-speed steel with M-35, 5% cobalt, for higher heat and abrasion resistance; heavy-duty web construction for strength and durability. Split point begins drilling immediately, minimizing bit walk when used in applications such as metal drilling, including heavy-duty abrasive alloy metal drilling on hardened steel...

High-speed steel with M-35, 5% cobalt, for higher heat and abrasion resistance; heavy-duty web construction for strength and durability. Split point begins drilling immediately, minimizing bit walk when used in applications such as metal drilling, including heavy-duty abrasive alloy metal drilling on hardened steel...

High-speed steel with M-35, 5% cobalt, for higher heat and abrasion resistance; heavy-duty web construction for strength and durability. Split point begins drilling immediately, minimizing bit walk when used in applications such as metal drilling, including heavy-duty abrasive alloy metal drilling on hardened steel...

High-speed steel with M-35, 5% cobalt, for higher heat and abrasion resistance; heavy-duty web construction for strength and durability. Split point begins drilling immediately, minimizing bit walk when used in applications such as metal drilling, including heavy-duty abrasive alloy metal drilling on hardened steel...

High-speed steel with M-35, 5% cobalt, for higher heat and abrasion resistance; heavy-duty web construction for strength and durability. Split point begins drilling immediately, minimizing bit walk when used in applications such as metal drilling, including heavy-duty abrasive alloy metal drilling on hardened steel...

High-speed steel with M-35, 5% cobalt, for higher heat and abrasion resistance; heavy-duty web construction for strength and durability. Split point begins drilling immediately, minimizing bit walk when used in applications such as metal drilling, including heavy-duty abrasive alloy metal drilling on hardened steel...

Titanium nitride coating reduces friction and last longer, cutting edge stays sharper longer. Used in repetitive metal drilling with portable drills or stationary drill press. Jobber length. Titanium nitride coating resists heat and friction, providing up to 6X longer life than standard HSS bits...

Titanium nitride coating reduces friction and last longer, cutting edge stays sharper longer. Used in repetitive metal drilling with portable drills or stationary drill press. Jobber length. Titanium nitride coating resists heat and friction, providing up to 6X longer life than standard HSS bits...

Titanium nitride coating reduces friction and last longer, cutting edge stays sharper longer. Used in repetitive metal drilling with portable drills or stationary drill press. Jobber length. Titanium nitride coating resists heat and friction, providing up to 6X longer life than standard HSS bits...

Titanium nitride coating reduces friction and last longer, cutting edge stays sharper longer. Used in repetitive metal drilling with portable drills or stationary drill press. Jobber length. Titanium nitride coating resists heat and friction, providing up to 6X longer life than standard HSS bits...

Titanium nitride coating reduces friction and last longer, cutting edge stays sharper longer. Used in repetitive metal drilling with portable drills or stationary drill press. Jobber length. Titanium nitride coating resists heat and friction, providing up to 6X longer life than standard HSS bits...

Titanium nitride coating reduces friction and last longer, cutting edge stays sharper longer. Used in repetitive metal drilling with portable drills or stationary drill press. Jobber length. Titanium Nitride (TiN) coating resists heat and friction, providing up to 6X longer life than standard high-speed...

Titanium nitride coating reduces friction and last longer, cutting edge stays sharper longer. Used in repetitive metal drilling with portable drills or stationary drill press. Jobber length. Titanium nitride coating resists heat and friction, providing up to 6X longer life than standard HSS bits...

Titanium nitride coating reduces friction and last longer, cutting edge stays sharper longer. Used in repetitive metal drilling with portable drills or stationary drill press. Jobber length. Titanium nitride coating resists heat and friction, providing up to 6X longer life than standard HSS bits...

Titanium nitride coating reduces friction and last longer, cutting edge stays sharper longer. Used in repetitive metal drilling with portable drills or stationary drill press. Jobber length. Titanium nitride coating resists heat and friction, providing up to 6X longer life than standard HSS bits...

Titanium nitride coating reduces friction and last longer, cutting edge stays sharper longer. Used in repetitive metal drilling with portable drills or stationary drill press. Jobber length. Titanium Nitride (TiN) coating resists heat and friction, providing up to 6X longer life than standard high-speed...

Titanium nitride coating reduces friction and last longer, cutting edge stays sharper longer. Used in repetitive metal drilling with portable drills or stationary drill press. Jobber length. Titanium nitride coating resists heat and friction, providing up to 6X longer life than standard HSS bits...

Titanium nitride coating reduces friction and last longer, cutting edge stays sharper longer. Used in repetitive metal drilling with portable drills or stationary drill press. Jobber length. Titanium Nitride (TiN) coating resists heat and friction, providing up to 6X longer life than standard high-speed...

Titanium nitride coating reduces friction and last longer, cutting edge stays sharper longer. Used in repetitive metal drilling with portable drills or stationary drill press. Jobber length. Titanium nitride coating resists heat and friction, providing up to 6X longer life than standard HSS bits...

Titanium nitride coating reduces friction and last longer, cutting edge stays sharper longer. Used in repetitive metal drilling with portable drills or stationary drill press. Jobber length. Titanium Nitride (TiN) coating resists heat and friction, providing up to 6X longer life than standard high-speed...

Titanium nitride coating reduces friction and last longer, cutting edge stays sharper longer. Used in repetitive metal drilling with portable drills or stationary drill press. Jobber length. Titanium nitride coating resists heat and friction, providing up to 6X longer life than standard HSS bits...

Titanium nitride coating reduces friction and last longer, cutting edge stays sharper longer. Used in repetitive metal drilling with portable drills or stationary drill press. Jobber length. Titanium Nitride (TiN) coating resists heat and friction, providing up to 6X longer life than standard high-speed...

Titanium nitride coating reduces friction and last longer, cutting edge stays sharper longer. Used in repetitive metal drilling with portable drills or stationary drill press. Jobber length. Titanium nitride coating resists heat and friction, providing up to 6X longer life than standard HSS bits...

Titanium nitride coating reduces friction and last longer, cutting edge stays sharper longer. Used in repetitive metal drilling with portable drills or stationary drill press. Jobber length. Titanium nitride coating resists heat and friction, providing up to 6X longer life than standard HSS bits...

Titanium nitride coating reduces friction and last longer, cutting edge stays sharper longer. Used in repetitive metal drilling with portable drills or stationary drill press. Jobber length. Titanium Nitride (TiN) coating resists heat and friction, providing up to 6X longer life than standard high-speed...

Titanium nitride coating reduces friction and last longer, cutting edge stays sharper longer. Used in repetitive metal drilling with portable drills or stationary drill press. Jobber length. Titanium nitride coating resists heat and friction, providing up to 6X longer life than standard HSS bits...

M2 HSS for strength with black oxide coating for heat and wear-resistance in wood, metal or plastic applications. Split point ensures a true start and eliminates bit walking. Bit is constructed of M2 HSS for the excellent combination of strength, heat- and wear-resistance 135...

M2 HSS for strength with black oxide coating for heat and wear-resistance in wood, metal or plastic applications. Split point ensures a true start and eliminates bit walking. Bit is constructed of M2 HSS for the excellent combination of strength, heat- and wear-resistance 135...

M2 HSS for strength with black oxide coating for heat and wear-resistance in wood, metal or plastic applications. Split point ensures a true start and eliminates bit walking. Bit is constructed of M2 HSS for the excellent combination of strength, heat- and wear-resistance 135...

M2 HSS for strength with black oxide coating for heat and wear-resistance in wood, metal or plastic applications. Split point ensures a true start and eliminates bit walking. Bit is constructed of M2 HSS for the excellent combination of strength, heat- and wear-resistance 135...

M2 HSS for strength with black oxide coating for heat and wear-resistance in wood, metal or plastic applications. Split point ensures a true start and eliminates bit walking. Bit is constructed of M2 HSS for the excellent combination of strength, heat- and wear-resistance 135...

M2 HSS for strength with black oxide coating for heat and wear-resistance in wood, metal or plastic applications. Split point ensures a true start and eliminates bit walking. Bit is constructed of M2 HSS for the excellent combination of strength, heat- and wear-resistance 135...

M2 HSS for strength with black oxide coating for heat and wear-resistance in wood, metal or plastic applications. Split point ensures a true start and eliminates bit walking. Bit is constructed of M2 HSS for the excellent combination of strength, heat- and wear-resistance 135...

M2 HSS for strength with black oxide coating for heat and wear-resistance in wood, metal or plastic applications. Split point ensures a true start and eliminates bit walking. Bit is constructed of M2 HSS for the excellent combination of strength, heat- and wear-resistance 135...

M2 HSS for strength with black oxide coating for heat and wear-resistance in wood, metal or plastic applications. Split point ensures a true start and eliminates bit walking. Bit is constructed of M2 HSS for the excellent combination of strength, heat- and wear-resistance 135...

M2 HSS for strength with black oxide coating for heat and wear-resistance in wood, metal or plastic applications. Split point ensures a true start and eliminates bit walking. Bit is constructed of M2 HSS for the excellent combination of strength, heat- and wear-resistance 135...

HSS with black oxide treatment that reduces friction between bit and workpiece. Split point starts on contact in metal, wood and plastic; eliminates walking or skating when drilling into metal; 135 deg split point on all bits above 1/8 in; jobber length. Bit is...

HSS with black oxide treatment that reduces friction between bit and workpiece. Split point starts on contact in metal, wood and plastic; eliminates walking or skating when drilling into metal; 135 deg split point on all bits above 1/8 in; jobber length. Bit is...

HSS with black oxide treatment that reduces friction between bit and workpiece. Split point starts on contact in metal, wood and plastic; eliminates walking or skating when drilling into metal; 135 deg split point on all bits above 1/8 in; jobber length. Bit is...