Fluke’s insulated fast adjust slip joint or water pump pliers give you more gripping strength and comfort compared to conventional pump pliers of the same length. 27 jaw adjustment steps provide more accurate gripping of work piece with less slippage than other designs. The slim size in the head and joint area let these pump pliers grip work pieces in tight spaces.
The pliers also self-lock on pipes and nuts: no slipping on the workpiece, all with low hand force required. The aggressive gripping surfaces have teeth hardened to HRC61 for low wear. Pinch guard prevents operators´ fingers being caught between the handles. Made from German chromium-molybdenum-vanadium (CMV) steel, multi stage oil-hardened, and backed by a limited lifetime warranty.
Fluke Insulated Hand Tool Lifetime Limited Warranty
Each Fluke Insulated Hand Tool will be free from defects in material and workmanship for its lifetime. As used herein, “lifetime” is defined as seven years after Fluke discontinues manufacturing the product, but the warranty period shall be at least fifteen years from the date of purchase. This warranty does not cover damage from neglect, misuse, contamination, alteration, accident or abnormal conditions of operation or handling, damage or normal wear and tear of mechanical components. This warranty covers the original purchaser only and is not transferable.
Recommendations for use and in-service care of Fluke Insulated Hand Tools The following is guidance concerning the maintenance, inspection, retest and use of Fluke Insulated Hand Tools.
Warning – to avoid electrical shock or personal injury: - Keep fingers behind the finger guards of the tool. Never touch conductive parts. - Always wear approved eye protection. - Do not use in wet or damp locations. Do not use unless the tool is clean and dry. - Do not apply excessive force or stress to the tool insulation that may cause damage.
Examples include using the insulated surfaces as a fulcrum to pry or wedge or gripping insulated tool handles with other tools such as pliers or wrenches to increase torque or leverage.
If the tool is used in a manner not specified, the protection may be impaired.
Storage
Insulated hand tools should be properly stored to minimize the risk of damage to the insulation due to storage or transportation. These insulated hand tools should be stored separated from other tools to avoid mechanical damage or confusion with uninsulated tools. Furthermore, these insulated hand tools should be prevented from contact with excessively hot surfaces (for example steam pipes) or exposure to excessive UV- radiation.
Inspection before use
Before use, each Insulated Hand Tool should be visually inspected by the user. If there is any doubt concerning the safety of the insulated hand tool, it should be subjected to examination by a competent person and if necessary retested to determine suitability or disposed of to prevent further use.
Temperature
Insulated Hand Tools should be used only in environments having temperatures between –20 °C and +70 °C and, for tools marked “C”, between –40 °C and +70 °C.
Periodic examination and electrical retesting
An annual visual examination by a suitably trained person is recommended to determine the suitability of the Insulated Hand Tool for further service. If an electrical retest is required by national regulation or in the case of doubt after visual examination, the applicable dielectric test of IEC 60900 for insulated hand tools should be performed.
This high performance, industrial strength formula quickly dissolves grease, oil and sludge. It has no flash evaporates rapidly and leaves no residue. This product is non-corrosive and non-staining.
Maintaining clean brake and disc parts can improve the life of your car's braking system and keep you safe on the roads. Using a brake parts cleaner for cleaning and degreasing is a great way to maximize the performance and increase the longevity of your entire brake system. CRC Brākleen® offers a powerful low VOC spray cleaner that works like no other. The Brākleen® Pro-Series line is designed for superior performance where it’s needed most: IN THE SHOP!
Applications All brake parts: ABS, disc, drum, brake cylinders, brake drums, brake linings, brake shoes, calipers, clutch discs, disc brake pads, discs. Safe for use on all brake systems including Springs & Wedge brakes.
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
Available in a range of lengths, these 3/8" square drive extension bars are designed to allow the user to access fasteners in awkward or confined spaces. All bars are manufactured from high quality chrome vanadium steel and are finished with a fully polished finish. All with knurled 'finger grip' for control.
Features and Benefits • Manufactured from a high quality chrome vanadium steel for durability and overall extended tool life • Fully polished finish repels dirt and makes for easy cleaning • Knurled finger grip improves control and reduces the risk of slippage when using • Available in a variety of sizes to allow you to select the product that best suits your needs
Typical Applications • Construction • Plumbing • Engineering