Grease Gun Coupler with 1/8 inch NPT Threads, Push on Slotted Right Angle 90 Degree Grease Coupler Fits Standard 1/8 inch NPT Grease Hoses, 2.1 Inch Length

★★★Why Choose Us?★★★

✅ Versatile Grease Gun Coupler

Our grease gun coupler features 1/8 inch NPT threads and a push-on slotted right angle design, measuring 2.1 inches in length. This makes it an essential tool for anyone looking to enhance their grease application experience, ensuring compatibility with a wide range of grease hoses and equipment.

✅ Precision Engineering for Secure Connections

Designed to fit most standard 1/8 inch NPT grease hoses, this coupler seamlessly integrates with handheld grease guns. Its precision engineering allows for effortless connections to jaw-type couplers, providing a secure and leak-free seal during use. Enjoy controlled grease delivery without the mess!

✅ Durable and Rust-Resistant Construction

Crafted from high-quality alloy material, our 90-degree grease coupler is built to last. Its exceptional durability and resistance to rust ensure that it can withstand the rigors of demanding environments, making it a reliable choice for both automotive and industrial applications.

✅ Effortless Lubrication at Any Angle

The right angle 90-degree design of this grease coupler allows for easy access to tight spaces, making lubrication of automotive metal parts and industrial machines a breeze. Prevent rust and extend the lifespan of your metal components with this efficient tool.

✅ Compact and Convenient Size

Measuring just 2.1 x 0.55 x 0.55 inches, this grease gun coupler is compact enough to fit in your toolbox without taking up much space. Its lightweight design ensures easy handling, making it a practical addition to your maintenance toolkit.

★★★Specifications★★★

Material: High-Quality Alloy

Dimensions: 2.1 x 0.55 x 0.55 inches

Thread Type: 1/8 Inch NPT

★★★What You Will Get★★★

1 * 90-Degree Grease Gun Coupler

★★★Warm Notice★★★

Ensure that the coupler is securely attached to the grease hose before use to prevent any leaks and ensure optimal performance.