1-Inch Drive H27 Hex Impact Socket, Chrome Molybdenum Steel
| SKU | BONI-DD-A8MLH27 |
| Brand | Boni-Shop® |
Get Optimal Power Transfer for Your Impact Wrench
The H27 Hex Impact Socket is the ideal tool for demanding bolting and unbolting tasks. Its robust design and precise hex drive ensure virtually lossless power transfer. You'll work more efficiently and protect your tools at the same time. Discover the advantages of a professional impact socket!
Key Specifications
The H27 Hex Impact Socket features a 1-inch drive and an H27 hex size. Made from robust Chrome Molybdenum steel (Cr-Mo) with an approximate length of 100 mm, this socket provides high stability and durability. With this tool, you can effortlessly master demanding bolting tasks.
Technical Specifications
| Drive | 1 inch (F) |
| Size | H27 |
| Material | Chrome Molybdenum Steel (Cr-Mo) |
| Length | ca. 100 mm |
| Weight | ca. 0,850 kg |
| Packaging | loose |
Product Features and Benefits
- High-Quality Chrome Molybdenum Steel: You benefit from an extremely robust and durable socket that can withstand even the highest loads.
- Precise H27 Hex Drive: The perfect fit ensures optimal power transmission and prevents slipping.
- 1-Inch Drive: You can use the socket with all standard 1-inch impact wrenches.
- Long Service Life: Thanks to the high-quality material and careful workmanship, the socket is particularly resistant to wear.
Advantages Compared to Other Products
- Higher Stability: Compared to standard sockets made of Chrome Vanadium steel, the Cr-Mo construction offers significantly higher breaking strength.
- Better Power Transfer: The precise hex drive ensures lossless power transmission, while cheaper alternatives often lead to play and thus power loss.
- Longer Service Life: Through the use of high-quality materials, the socket is more resistant to wear and lasts longer than cheaper alternatives.
- Less Damage to Screws: The perfect fit prevents the rounding of screw heads, which often occurs with inferior sockets.
- Versatile Use: Suitable for a wide range of applications in the professional and industrial sectors.
- Reduced Risk of Accidents: Reliable power transmission minimizes the risk of slipping and thus the risk of injury.
- Increases the Value of Your Tool Inventory: Investment in quality that pays off in the long term through less wear and greater efficiency.
How to Use
- Step 1: Select the appropriate impact wrench with a 1-inch drive.
- Step 2: Place the H27 Hex Impact Socket onto the drive of the impact wrench.
- Step 3: Place the socket on the hex bolt.
- Step 4: Activate the impact wrench to loosen or tighten the bolt.
- Step 5: Pay attention to the correct direction of rotation and the recommended torque.
- Step 6: After use, clean the socket and store it dry to prevent corrosion.
Frequently Asked Questions (FAQ)
Is the impact socket suitable for all impact wrenches?
The socket is suitable for impact wrenches with a 1-inch drive. Please check compatibility before purchasing.
How long will the impact socket last?
With proper use and storage, the socket can last for many years. The Chrome Molybdenum steel ensures high resistance.
Can I also use the socket for other bolting tasks?
The socket is primarily designed for impact wrenches but can also be used for other bolting tasks with a suitable drive.
Is the socket also suitable for left-hand threads?
Yes, the socket can be used for both right-hand and left-hand threads.
How do I properly care for the impact socket?
Clean the socket after use to remove dirt and oil. Store it in a dry place to avoid corrosion.
Why Buy From Us?
Key Specifications
The H27 Hex Impact Socket features a 1-inch drive and an H27 hex size. Made from robust Chrome Molybdenum steel (Cr-Mo) with an approximate length of 100 mm, this socket provides high stability and durability. With this tool, you can effortlessly master demanding bolting tasks.
Technical Specifications
| Drive | 1 inch (F) |
| Size | H27 |
| Material | Chrome Molybdenum Steel (Cr-Mo) |
| Length | ca. 100 mm |
| Weight | ca. 0,850 kg |
| Packaging | loose |