Showing 1–12 of 89 results

Air Scribe® Pen, 1/4″ NPT, 0.28 CFM

Specifications Details Air Consumption 0.28 CFM Air Inlet 1/4″ NPT Sound Level (dBA) 90 Blows Per Minute 13500 Chisel Rivet

Air Scribe® Pens, 1.1 CFM

Specifications Details Air Consumption 1.1 CFM Sound Level (dBA) 79 Max Blows Per Minute 13500 Weight Lbs. 0.31 Weight Kg

Aluminum Impact Wrench, 1/2″ Drive, 1/4″ NPTF Air Inlet, 11500 No Load RPM

Specifications Details Air Consumption 32 CFM Air Inlet 1/4″ NPTF Sound Level (dBA) 100 Drive 1/2″ No Load RPM 11500

Aluminum Impact Wrench, 1/2″ Drive, 1/4″ NPTF Air Inlet, 9000 No Load RPM

Specifications Details Air Consumption 28.8 CFM Air Inlet 1/4″ NPTF Sound Level (dBA) 105 Drive 1/2″ No Load RPM 9000

Aluminum Impact Wrench, 3/4″ Drive, 1/2″ NPT Air Inlet, 6500 No Load RPM

Specifications Details Air Consumption 48 CFM Air Inlet 1/2″ NPT Sound Level (dBA) 107 Drive 3/4″ No Load RPM 6500

Aluminum Impact Wrench, 3/8″ Drive, 1/4″ NPTF Air Inlet, 11500 No Load RPM

Specifications Details Air Consumption 32 CFM Air Inlet 1/4″ NPTF Sound Level (dBA) 100 Drive 3/8″ No Load RPM 11500

Angle Grinders, 4″ Wheel, 1/4″ NPTF Inlet, 14000 RPM

  • 0.80 HP motor
  • Aluminum alloy housing
  • Spiral bevel gearing in angle head
  • 1/4" (NPTF) air inlet

Angle Grinders, 5″ Wheel, 1/4″ NPTF Inlet, 12000 RPM

  • 0.80 HP motor
  • Aluminum alloy housing
  • Spiral bevel gearing in angle head
  • 1/4" (NPTF) air inlet

Angle Grinders, 7″ (178 mm) dia. Wheel, 3/8″ NPTF Inlet, 7500 RPM

  • Use with 7", Type 27 grinding wheels
  • 1.12 HP motor
  • Aluminum alloy housing
  • Spiral bevel gearing in angle head
  • 3/8" (NPTF) air inlet

Angle Wheel Grinder, 4-1/2″ Wheel, 1/4″ NPT Inlet, 12000 RPM

Specifications Details Air Consumption 21 CFM Air Inlet 1/4″ NPT Sound Level (dBA) 84 Wheel Size 4-1/2″ No Load RPM

Angle Wheel Grinder, 4″ Wheel, 1/4″ NPT Inlet, 13000 RPM

  • General Maintenance Applications
  • Lightweight but rugged housing
  • Durability and performance
  • Aluminum alloy housing
  • Helical bevel gear design