Shop Now 1/2 In Drive 8 Point Impact Socket – 9/16 In – Armstrong
Original price was: $20.90.$10.45Current price is: $10.45.
For orders under $59.00, a shipping fee of $12.99 applies.
The Armstrong 20-4181/2″ Drive 8 Point Impact Socket – 9/16″ is a heavy-duty impact socket that is designed for use with impact drivers. It is made from a high-quality alloy steel that is heat treated to a lesser hardness than standard sockets, making it more resistant to impact damage. The socket also has a greater wall thickness for added strength.
The Armstrong 20-4181/2″ Drive 8 Point Impact Socket – 9/16″ is ANSI B107.2 and Fed’I Spec GGG-W-660a compliant. It is also impact rated for use with impact drivers.
The socket has a 1/2″ drive size and a 9/16″ wrench end. It is 1.5″ long overall and has a bolt clearance of 0.422″. The wrench depth is 0.375″ and the length to shoulder is 0.625″. The socket weighs 0.28lbs.
The Armstrong 20-4181/2″ Drive 8 Point Impact Socket – 9/16″ is a durable and reliable impact socket that is perfect for use with impact drivers. It is available for purchase online and at your local hardware store.
Key Features:
- Made from high-quality alloy steel
- Heat treated to a lesser hardness for greater resistance to impact damage
- Greater wall thickness for added strength
- ANSI B107.2 and Fed’I Spec GGG-W-660a compliant
- Impact rated for use with impact drivers
Applications:
- The Armstrong 20-4181/2" Drive 8 Point Impact Socket – 9/16" is ideal for use with impact drivers in a variety of applications, including:
- Automotive repair
- Construction
- Industrial maintenance
- Heavy-duty machinery
Benefits:
- The Armstrong 20-4181/2" Drive 8 Point Impact Socket – 9/16" is a durable and reliable impact socket that will last for years to come.
- It is made from high-quality materials and is heat treated to a lesser hardness for greater resistance to impact damage.
- The socket has a greater wall thickness for added strength and is ANSI B107.2 and Fed’I Spec GGG-W-660a compliant.
- It is impact rated for use with impact drivers, making it ideal for a variety of applications.





