Stencil Sets

Interlocking with sizes 40mm to 75mm manufactured from brass, and sizes 90mm to 150mm manufactured from zinc.

Numbered 0-9

Kennedy® Pin Chucks

For holding small drills in lathes and larger chucks. With 3 collets.

Converter

Chrome vanadium. For using a combination of square drive socketry in the same application.

Rubber Mallets

Provide a gentle but firm blow with little rebound. Solid wooden self locking handles. The mallets are available in a range of sizes and grades of rubber to meet specific requirements.

White

Will not leave marks on work surfaces. Suitable for woodworking, window frame manufacturers, shop fitters and car trim etc.

Senator® Lightweight Sash Clamps

Manufactured from high grade lightweight aluminium. Lever sprung quick adjust tail slide mechanism allows one handed instant adjustment. Large 3" clamping pads help reduce footprint on the work piece. Designed for clamping large work pieces during assembly.

Kennedy Professional Ai-Bronze Spark Resistant Safety Tools

Spark resistant tools are used to eliminate the chances of accidental fires or explosions in potentially combustible or explosive environments. They resist the sparks that a standard tool could potentially create when striking hard surfaces. The use of spark resistant tools is essential in many industrial applications such as petroleum and chemical manufacturing, spray booth operations, the marine industry, the mining industry, the paper industries, or any location where flammable vapors or combustible residues are present. Aluminium-bronze spark resistant safety tools are manufactured to 25HRC and offer a breaking strain of 75 - 85kgf/mm2.
Spark resistant tools must be maintained with special care. Frequent cleaning/re-dressing to remove ferrous particles or contaminants, which may impair the spark resistant properties, is essential.

Combination Spanner

Revolving Punch Pliers

Suitable for producing 2, 2.5, 3, 3.5, 4 & 4.5mm holes in a wide range of materials including card, PVC, etc. Hardened steel body with durable epoxy coating. The six revolving punches cutting edges are induction hardened. Compound lever action, requires 70% less force. Moulded contour grips with slip guards.

Heavy-Duty

Metric

High mechanical performance combined with compact design complying with aeronautical standards:
Ring heads:
Ring clearance designed for better access to recessed or closely spaced screws. 12-point OGV profile for a high torque without damaging the nut. Angled at 15°.
Open-ends:
Optimised open end / handle geometry for increased accessibility. Ground contact faces. Satin chrome finish.
Industrial and automotive : ISO 691, NF ISO 691, ISO 7738, NF ISO 7738, ISO 3318, NF ISO 3318, ISO 1711-1, NF ISO 1711-1, NF E74-306. W Aerospace: SAE AS 954E.



Open end profile is designed to allow greater accessibility & turning arc versus standard pattern combination wrenches. Ring end is thin walled with a high relief zone for greater access to recessed and hard to access bolts. Open ends have mechanical characteristics above and beyond NF ISO 1711 - 1. Ring ends are designed to outperform Aerospace SAE AS 954E Standards.

Kennedy Ball Pein Hammers

Ball Pein hammers are manufactured from high-grade drop forged steel fully heat-treated. Ideal for use with cold chisels, punches, rivets and for the shaping of metal.

Fibreglass Shaft

With textured slip resistant rubber grip. Shaft and grip combine to dampen the impact transmitted through to the user's hand & wrist. Reduces operator fatigue and the risk of RSI (Repetitive Strain Injury). The high strength of the shaft and head bond make the hammer virtually unbreakable.

Single Hexagon Sockets

Ideal for assembly and servicing of small precision mechanisms associated with electrical, electronic, ignition and refrigeration work. Manufactured from chrome vanadium, fully chrome plated with a mirror finish and aluminium-free to ensure non-sparking. Chamfered leading edge ensures easy fastener location. 6 point - offer a more positive location, particularly on worn or rounded nuts, but require a one-sixth turn to engage the next point of the socket.

Single Hexagon Sockets