Constructed from high strength 'I' beam section vanadium steel, this range of adjustable wrenches from Kennedy® are manufactured with quality at the forefront. With heat treated jaws, a phosphated finish and slimline tapered jaws, each product guarantees an excellent performance even over time. Parallel jaws offer smooth adjustment whilst possessing a self-locking design. Completed with a 15° offset head angle.

Features and Benefits
• 15° offset head angle for positive torque control and accessibility even in awkward places
• Phosphated finish bolsters resistance to corrosion and general wear and tear
• Manufactured from high strength 'I' beam section vanadium steel to ensure product longevity
• Heat treated jaws guarantee grip and extended performance even with regular use
• Self-locking design stops the jaws opening accidentally even when under full load

Typical Applications
• Suitable for industrial engineering, automotive, agricultural, maintenance and assembly applications

Standards
• Conforms to BS 6333-1995 and DIN3117-1988

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

Typical Applications
• Automotive
• Engineering
• DIY
• Plumbing

Standards
• DIN 838

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

Manufactured from high strength 'I' beam section chrome vanadium steel with heat treated jaws, these adjustable wrenches are ideal for professional use in a wide range of industries including automotive, agricultural engineering and maintenance. Each wrench boasts a high polished corrosion-resistant finish, a 15° offset head angle, slimline tapered jaws that can be adjusted and have a self-locking design that prevents the jaws from opening unintentionally even when under full load. The wrenches are available in a range of sizes to suit your needs.

Features and Benefits
• Manufactured from high strength 'I' beam section chrome vanadium steel for maximum durability and product longevity
• Jaws are heat treated for extended tool life and superior gripping strength
• Chrome plated, high polished finish bolsters the product's resistance to corrosion
• 15° offset head angle makes for easier turning and increased torque
• Slimline tapered jaws allow for turning in even confined spaces
• Self locking design prevents the jaws from opening and slipping accidentally
• Available in a range of sizes to suit your exact requirements

Typical Applications
• Plumbing
• Construction
• Engineering
• DIY
• Automotive

Standards
• ISO 6787-1982
• ASME B.107.8M-1996
• BS 6333-1995
• DIN3117-1988
• JIS B4604-1976