• Semprotan udara kering yang kuat, menghilangkan debu dengan mudah • Aman untuk semua plastik & peralatan presisi yang halus • Non-abrasif, non-korosif, bebas residu
With a 1/2" square drive, these vanadium steel bi-hexagonal sockets are the ideal product for working on hard to reach fastenings or more stubborn fastenings due to their 12 point design. Possessing a higher torque than normal sockets, this range of sockets can also effectively grip worn nuts and won't round off existing nuts. Finished with a ball-retaining groove on each face of the square drive, which ensures a positive fit with accessories.
Features and Benefits • Side drive design gives a higher torque than regular sockets • Ball retaining groove on each product ensures a positive fit with compatible accessories • Manufactured from vanadium steel for durability • Available in a variety of sizes to allow you to purchase the size that best suits your requirements • Requires only a one-twelfth turn to engage the next point of the socket
Typical Applications • Ideal for use when tightening or loosening hexagonal shaped fastenings in a variety of industries including: • Automotive • Construction • Agricultural • Plumbing
Single End Open Jaw. Chrome vanadium single ended open jaw spanners. Fully insulated to conform to VDE 0680/201 and EN 60900:2012 standards for safe electrical applications up to 1000V. Spanner dimensions conform to DIN 7446.
Made from chrome vanadium steel with a satin finish body and highly polished heads, with a double ended closed jaw bi-hexagon offset. Available in a range of sizes, the product is suited for industrial use in a range of industries.
Features and Benefits • Available in a range of metric sizes to suit your needs • Manufactured from chrome vanadium steel for optimum durability and product longevity • Satin finish further protects the product against corrosion and wear and tear • Double ended offset bi-hexagonal ring for easy turning of fasteners • Highly polished head ensures accurate turning and repels dirt and grime