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

Hot dip strippable plastic coating moulds itself around the component or tool to provide 100% coverage and protect against corrosion and impacts for up to ten years. The protected component can be easily identified through the translucent coating. Simply removed by peeling it off, leaves behind a thin oil film to provide short term protection against corrosion. The removed protective dip can be reused.

Features and Benefits
• Easily moulds around tools and components
• Offers 100% coverage for effective protection against corrosion and impacts
• Long lasting protects for up to 10 years
• Components are easily identifiable thanks to the translucent coating
• Working temperature 130°C to 160°C (for optimum results 140°C to 145°C)
• Reusable for a cost effective solution

Notes
• Each block measures (L)-150mm (H)-50mm (W)-80mm.
• Block weight - 0.50kg

Warning
• Never directly apply heat to melt the protective dip, always use with a suitable melting pot.

Our sump and dry fit pumps are the clog-free, low cost, long-lived option that outperforms progressive cavity, centrifugal, lobe, and chopper pumps in even the toughest installations. These pumps are not only powerful but incredibly versatile.

Available in three sizes, these metric straight type hydraulic grease nipples are suited for use with Kennedy® grease guns and all other hydraulic grease equipment.

Features and Benefits
• Manufactured from steel for durability
• Available in three varying sizes to suit your specific applications

Typical Applications
• Engineering
• Fluid Handling
• Automotive