Also known as dielectric grease, use insulating grease to lubricate and protect electrical systems. It resists water and corrosion. This grease can be used on most rubber and plastic.

Grease lubricates most efficiently below the maximum temperature.

Thickened with silica, this heavy grease clings to parts so it won't wash off in wet environments. Apply directly to plastic and rubber seals and O-rings to prevent drying and cracking.

Grease lubricates most efficiently within the listed temperature range.

Penetrate to the core of wire rope, preventing rust and reducing wear between strands. This grease has excellent corrosion resistance and is suitable for use in marine environments. It is thick to stay in place at high wire rope travel speeds.

Grease lubricates most efficiently within the listed temperature range.

A spring delivers a constant, low-pressure flow of grease to your lubrication point, so it never runs dry. They’re best for applications with consistent temperatures, so the viscosity of the grease won’t change how quickly it flows. However, they shouldn’t be used in precision applications because the tension of the spring may change, causing the dispensing rate to change. Mount them close to the lubrication point. They have a standard grease fitting, so you can choose what grease to use, unlike prefilled dispensers. The grease fitting helps close the system to keep out dust and contaminants in dirty environments such as mills. Use grease fitting adapters to match your lubrication point.

Remote-Mount Springs—Remote-mount springs (sold separately) provide extra pressure when using thick grease at a distance.

Fluorocarbon and fluoropolymer thickeners add chemical resistance to this grease. It remains intact when exposed to water and most solvents and chemicals. Apply directly to plastic and rubber seals and O-rings to prevent drying and cracking.

Grease lubricates most efficiently within the listed temperature range.

Send precise amounts of grease to multiple lubrication points at regular intervals, so each point will always have the grease it needs. These dispensers have a pump for each outlet, so they can send different amounts of grease to each lubrication point. It also means the lubrication points can be different distances from the dispenser. Because they’re motor driven, they’ll dispense correctly even if temperature changes affect the grease consistency. They’re also unaffected by back pressure. Unlike spring- and gas-driven dispensers, they don’t need to be mounted close to their lubrication points. To prevent over-lubrication when your machine is down, there’s a button to cut off the flow without uninstalling the dispenser. You can also integrate them into a system that’s controlled by a PLC and program them to only grease when your machine is running and not when it's down. This is useful for systems with intermittent downtime.

Use the digital display to input your flow settings. It also shows you the grease levels and the time until the dispenser empties, helping you plan for maintenance. Lights indicate the status of your dispenser, so you can see at a glance if it's operating. If it's not operating correctly, you'll see error and feedback messages on the display.

To match your lubrication point, use grease fitting adapters.

A firm consistency and resistance to evaporation make this grease ideal for high-vacuum applications, such as flow meters, vacuum and pressure systems, and laboratory equipment. Apply directly to seals and O-rings to prevent drying and cracking.

Grease lubricates most efficiently below the maximum temperature.