500024-12-8S Code 61 Flange X MJIC 90

Name: 500024-12-8S Code 61 Flange X MJIC 90 - Industrial Supply 4 Less
SKU: 500024-12-8S
Price: 57.16 USD
Availability: InStock

Adapters, CODE 61 FLANGE X MJIC 90 (500024)

500024-12-8S Code 61 Flange X MJIC 90

$57.16

The 500024-12-8S Code 61 Flange X MJIC 90 is a high-quality hydraulic fitting made from durable carbon steel. Designed for secure, leak-free connections in high-pressure environments, this 90-degree fitting is ideal for tight spaces and versatile across various industrial applications. Perfect for enhancing system reliability and efficiency.

Product Tags

adapter, hose adapter, hydraulic hose adapter, 500024-12-8S, CODE 61 FLANGE X MALE JIC 90 DEGREES

Secure Connections with 500024-12-8S Flange X MJIC 90

Precision Engineering for Maximum Reliability

The 500024-12-8S Code 61 Flange X MJIC 90 is engineered for top-tier performance in demanding industrial applications. Made from robust carbon steel, this fitting is built to withstand high-pressure environments, ensuring a secure and leak-proof connection every time. With a 90-degree angle design, it is perfect for systems requiring precision in tight spaces, offering you peace of mind and exceptional durability.

Versatile Application Across Industries

Whether you’re in the oil and gas, manufacturing, or heavy machinery sector, this fitting adapts seamlessly to various hydraulic systems. The 500024-12-8S Code 61 Flange X MJIC 90 is designed for versatility, making it a critical component in any industrial setup. Its reliability and adaptability reduce downtime and enhance system efficiency, helping you maintain a smooth and efficient operation.

Easy Installation and Long-Lasting Performance

Ease of installation meets longevity with the 500024-12-8S Code 61 Flange X MJIC 90. Its precise threading and durable construction make for a straightforward installation process, while its robust material ensures that it stands up to the test of time and tough conditions. This fitting is the go-to choice for professionals seeking both efficiency and long-term value in their hydraulic systems.