Overview
Grey Pneumatic 1022M 3/8 Inch Drive x 22mm Standard Length Impact Socket, 6 Point
Grey Pneumatic 1022M 3/8 Inch Drive x 22mm Standard Length Impact Socket, 6 Point
- Tackle the toughest bolts with confidence. The Grey Pneumatic 1022M Impact Socket is built to handle high-torque applications in automotive, industrial, construction, and energy settings.
- Unleash Superior Strength:
- GP High Torque Drive: Transfers pressure for 20% more torque than standard sockets, tackling even the most challenging fasteners.
- Increased Strength: Thickened walls resist breakage under high impact.
- Reduced Wear: Broad contact area grips fasteners securely, minimizing rounding off.
- Deep-length design reaches into tight recesses, maximizing access.
- Extra-large size markings for quick identification, saving you time and effort.
- Chrome-moly construction delivers exceptional durability and corrosion resistance.
- Meets or exceeds ASME standards for guaranteed quality.
- Features:
- All GP Impact Sockets feature the GP High Torque Drive
- Increased Strength - Transfers the pressure from the thinnest part of the socket wall toward the thicker section, resulting in increased strength
- Increased Torque - Allows up to 20 Percent more torque to be applied than on standard hex impact sockets
- Easier Access to Tight Areas - The shift in pressure allows us to reduce the socket wall thickness, increasing access to tight areas
- Reduced Wear - Our impact sockets grip the fastener across a broader contact area, reducing the chance of rounding off fasteners
- All GP Sockets feature extra-large size markings for quick identification
- Lifetime Warranty
- Specifications:
- Order Part Number: GP1022M
- Item Description: 3/8 Inch Drive x 22mm Standard Length Impact Socket, 6 Point
- Manufacturer: Grey Pneumatic.
- Manufacturer Part Number: 1022M
- Harmonization Code: 82042000
- Country of Origin: TW
- Default Selling Unit: EA
- Don't settle for ordinary sockets. Choose the Grey Pneumatic 1022M Impact Socket and experience the difference in performance and durability.