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Wright Tool 4018 1/2" Drive 6 Point Standard Socket 9/16"
INCLUDES:
• (1) 3/8" Drive 6 Point Deep Metric Impact Socket 7mm
FEATURES:
• Patented Wright Drive® design distributes contact over a larger surface area for greater gripping power and strength. Oiled Black Oxide finish
• Forged and Machined for Best Fit and Unyielding Strength
• Precision Heat-Treated and tempered for optimal hardness, ductility and durability
• Easy to read stamp pattern in order to quickly determine opening size
• Made in the USA. Designed, Engineered and Manufactured in Barberton, OH
• Meets and exceeds ASME B107 hand tool standards
SPECIFICATIONS:
• Dimensions: H 1.50" x W 0.88" x L 0.88"
• Drive End Width: 7/8"
• Drive Size: 1/2"
• Drive Type: Square
• Material: Alloy Steel
• Finish: Chrome
• Locking Type: Ball
• Measuring System: Fractional
• Point size: 6
• Opening Depth: 21/64"
• Overall Length: 1-1/2"
• Socket End Width: 13/16"
• Socket Size: 9/16"
• Type: Shape I Standard Length
Wright Tool 3/8" drive impact sockets are the right choice for your toolbox. Engineered for strength and toughness to withstand the repeated high loads of impact guns, these sockets utilize the patented Wright Drive design that provides more torque with less fastener damage. They are available in SAE and metric sizes in a variety of styles including 6-point, 12-point, short well and deep well. Wright impact sockets are always black oxide coated, not only to distinguish them from hand sockets, but to also avoid chipping--even after thousands of cycles under very high loads.
• (1) 3/8" Drive 6 Point Deep Metric Impact Socket 7mm
FEATURES:
• Patented Wright Drive® design distributes contact over a larger surface area for greater gripping power and strength. Oiled Black Oxide finish
• Forged and Machined for Best Fit and Unyielding Strength
• Precision Heat-Treated and tempered for optimal hardness, ductility and durability
• Easy to read stamp pattern in order to quickly determine opening size
• Made in the USA. Designed, Engineered and Manufactured in Barberton, OH
• Meets and exceeds ASME B107 hand tool standards
SPECIFICATIONS:
• Dimensions: H 1.50" x W 0.88" x L 0.88"
• Drive End Width: 7/8"
• Drive Size: 1/2"
• Drive Type: Square
• Material: Alloy Steel
• Finish: Chrome
• Locking Type: Ball
• Measuring System: Fractional
• Point size: 6
• Opening Depth: 21/64"
• Overall Length: 1-1/2"
• Socket End Width: 13/16"
• Socket Size: 9/16"
• Type: Shape I Standard Length
Wright Tool 3/8" drive impact sockets are the right choice for your toolbox. Engineered for strength and toughness to withstand the repeated high loads of impact guns, these sockets utilize the patented Wright Drive design that provides more torque with less fastener damage. They are available in SAE and metric sizes in a variety of styles including 6-point, 12-point, short well and deep well. Wright impact sockets are always black oxide coated, not only to distinguish them from hand sockets, but to also avoid chipping--even after thousands of cycles under very high loads.
$3.97
Original: $13.24
-70%Wright Tool 4018 1/2" Drive 6 Point Standard Socket 9/16"—
$13.24
$3.97Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
INCLUDES:
• (1) 3/8" Drive 6 Point Deep Metric Impact Socket 7mm
FEATURES:
• Patented Wright Drive® design distributes contact over a larger surface area for greater gripping power and strength. Oiled Black Oxide finish
• Forged and Machined for Best Fit and Unyielding Strength
• Precision Heat-Treated and tempered for optimal hardness, ductility and durability
• Easy to read stamp pattern in order to quickly determine opening size
• Made in the USA. Designed, Engineered and Manufactured in Barberton, OH
• Meets and exceeds ASME B107 hand tool standards
SPECIFICATIONS:
• Dimensions: H 1.50" x W 0.88" x L 0.88"
• Drive End Width: 7/8"
• Drive Size: 1/2"
• Drive Type: Square
• Material: Alloy Steel
• Finish: Chrome
• Locking Type: Ball
• Measuring System: Fractional
• Point size: 6
• Opening Depth: 21/64"
• Overall Length: 1-1/2"
• Socket End Width: 13/16"
• Socket Size: 9/16"
• Type: Shape I Standard Length
Wright Tool 3/8" drive impact sockets are the right choice for your toolbox. Engineered for strength and toughness to withstand the repeated high loads of impact guns, these sockets utilize the patented Wright Drive design that provides more torque with less fastener damage. They are available in SAE and metric sizes in a variety of styles including 6-point, 12-point, short well and deep well. Wright impact sockets are always black oxide coated, not only to distinguish them from hand sockets, but to also avoid chipping--even after thousands of cycles under very high loads.
• (1) 3/8" Drive 6 Point Deep Metric Impact Socket 7mm
FEATURES:
• Patented Wright Drive® design distributes contact over a larger surface area for greater gripping power and strength. Oiled Black Oxide finish
• Forged and Machined for Best Fit and Unyielding Strength
• Precision Heat-Treated and tempered for optimal hardness, ductility and durability
• Easy to read stamp pattern in order to quickly determine opening size
• Made in the USA. Designed, Engineered and Manufactured in Barberton, OH
• Meets and exceeds ASME B107 hand tool standards
SPECIFICATIONS:
• Dimensions: H 1.50" x W 0.88" x L 0.88"
• Drive End Width: 7/8"
• Drive Size: 1/2"
• Drive Type: Square
• Material: Alloy Steel
• Finish: Chrome
• Locking Type: Ball
• Measuring System: Fractional
• Point size: 6
• Opening Depth: 21/64"
• Overall Length: 1-1/2"
• Socket End Width: 13/16"
• Socket Size: 9/16"
• Type: Shape I Standard Length
Wright Tool 3/8" drive impact sockets are the right choice for your toolbox. Engineered for strength and toughness to withstand the repeated high loads of impact guns, these sockets utilize the patented Wright Drive design that provides more torque with less fastener damage. They are available in SAE and metric sizes in a variety of styles including 6-point, 12-point, short well and deep well. Wright impact sockets are always black oxide coated, not only to distinguish them from hand sockets, but to also avoid chipping--even after thousands of cycles under very high loads.
