Comprising of an enamel finish and a heavy-gauge, seamless metal body, these oil cans are suited for heavy-duty applications. Each can has a positive force feed brass pump and valve and is supplied with both rigid metal and flexible nylon threaded spouts. Finished in a red colour.

Features and Benefits
• Enamel finish provides additional protection against wear and tear
• Heavy gauge construction makes for a robust and resilient product
• Supplied with one metal and one flexible nylon spout for versatility
• Available in a range of sizes to suit your requirements

Typical Applications
• Automotive
• Construction

This 1/8" BSP threaded, 4 jaw hydraulic connector is an effective way of allowing for the controlled flow of lubricants. Securely fastens the grease nipple when in use to ensure minimal slippage.





Features and Benefits


• Manufactured from steel for durability


• Securely grips the grease nipple while in use to control the flow of the lubricant


• Textured in places for easy gripping even with oily or greasy hands





Typical Applications


• Automotive


• Engineering


• Mechanics

Constructed from steel, these hydraulic grease nipples are designed for use with Kennedy® grease guns and all other hydraulic grease equipment.

Features and Benefits
• Ideal for use on Kennedy® grease guns
• Cost effective way of keeping your grease gun working efficiently
• Manufactured from steel for overall durability
• Available in two sizes to suit your requirements

Typical Applications
• For use with Kennedy grease guns and all other hydraulic grease equipment

Cantilever pumps are ideal for moving abrasive materials and slurries, as only a portion of the pump is located under the fluid. The seals, bearings, bushings, and suction check valves are all outside of the liquid, preventing the material from degrading or interfering with them.

Our cantilever pumps are designed by our engineering team that specializes in handling the toughest pumping jobs. They set the standard for pumping slurries and abrasive materials.