5-PK GREASE FITTING 1/4" - Milton Industries

The Milton Industries S-3214 5-PK Grease Fitting offers professional technicians and mechanics a reliable solution for critical lubrication points. This pack of five 1/4"-28 SAE-LT grease fittings is engineered for precise grease delivery, ensuring the longevity and optimal performance of vital machinery components. Crafted for durability and consistent function, these fittings are an essential part of any comprehensive maintenance regimen.

Key Features

• 1/4"-28 SAE-LT Threading: Features precision-engineered 1/4"-28 SAE-LT (Society of Automotive Engineers - Lubrication Threads) for a secure and tight connection, preventing leaks and ensuring efficient grease transfer.
• Zinc-Plated Steel Construction: Constructed from robust steel with a zinc-plated finish, offering enhanced durability and resistance to corrosion in demanding workshop and industrial environments.
• Integrated Ball Check Valve: Equipped with a built-in ball check valve, these fittings effectively block the ingress of dirt, moisture, and other contaminants into the lubrication system, safeguarding internal components.
• 45-Degree Angle Design: The 45-degree angle provides improved accessibility for grease guns in confined spaces or around obstructions, facilitating easier and more complete lubrication.
• Self-Forming Threads: Designed with self-forming threads for straightforward installation, reducing the effort and time required for replacement or new applications.
• Pack of Five: Supplied in a convenient 5-pack, ensuring immediate availability for multiple service points or as essential spares.

Applications

These versatile grease fittings are suitable for a broad spectrum of professional applications. They are commonly utilized across automotive chassis, industrial machinery, and heavy-duty vehicles, including farm equipment and construction machinery. Ideal for lubricating bearings, bushings, and pivot points, the Milton S-3214 fittings support preventative maintenance by enabling technicians to efficiently inject grease, thereby reducing friction, minimizing wear, and extending equipment lifespan. Their design ensures that critical components receive adequate lubrication without the mess and waste associated with less precise methods.