Hisco #:10063552
MFG #:05003971001
Item must be ordered in multiples of 1
| Quantity | Price | Save |
|---|---|---|
| 1 | 127.99 | |
| 3 | 119.55 | Save |
The Wera 05003971001is a robust textile belt with 8 in-hex bit-sockets taking up minimal space. A smooth Twist to Unlock mechanism ensures a secure fit and simple removal of the sockets. Comes with „Take it easy" Tool Finder with colour coding according to size to enable the right tool to be selected easily and quickly.
Includes a snap hook for secure fastening to a belt loop or pocket. Supplied with a nonwoven reverse side and hook and loop strips for simple attachment e.g. to a wall, shelf, tool trolley and to the Wera 2go tool transport system.
Features
- 8-piece bit socket set on a robust textile belt, 3/8"
- Bit-sockets with all the advantages of the Wera bit technology
- Bit-sockets with holding function for screws/bolts
- Smooth Twist to Unlock mechanism for a secure fit and simple removal of the sockets
- Suitable for attachment to a wall, shelf, tool trolley and to the Wera 2go System
Product Description
The Wera 05003971001is a robust textile belt with 8 in-hex bit-sockets taking up minimal space. A smooth Twist to Unlock mechanism ensures a secure fit and simple removal of the sockets. Comes with „Take it easy" Tool Finder with colour coding according to size to enable the right tool to be selected easily and quickly.
Includes a snap hook for secure fastening to a belt loop or pocket. Supplied with a nonwoven reverse side and hook and loop strips for simple attachment e.g. to a wall, shelf, tool trolley and to the Wera 2go tool transport system.
Features
- 8-piece bit socket set on a robust textile belt, 3/8"
- Bit-sockets with all the advantages of the Wera bit technology
- Bit-sockets with holding function for screws/bolts
- Smooth Twist to Unlock mechanism for a secure fit and simple removal of the sockets
- Suitable for attachment to a wall, shelf, tool trolley and to the Wera 2go System
Technical Information
Additional Resources
Item must be ordered in multiples of 1


