4S24FLF24

Name: 4S24FLF24 - Industrial Supply 4 Less
SKU: 4S24FLF24
Price: 219.15 USD
Availability: InStock

4S SAE Code 61 Flange 30 Degree Elbow (FLF), Hydraulic Crimp Fittings

4S24FLF24

$219.15

Upgrade your hydraulic system with the 4S24FLF24 1-1/2″ SAE Code 61 30-Degree Flange Elbow. Engineered for high-pressure applications, this precision-crafted flange provides a secure, leak-resistant connection that ensures seamless fluid flow. Made from durable high-grade steel, it’s built to withstand extreme conditions, giving you reliable performance and long-lasting resilience. Ideal for industrial environments requiring quality and endurance.

Product Tags

code 61 split flange 30 degree, 4S24FLF24

1-1/2″ 4S SAE Code 61 Flange Elbow

Precision Engineering for High-Performance Hydraulic Systems

The 4S24FLF24 1-1/2″ SAE Code 61 Flange 30 Degree Elbow is expertly designed to meet the high demands of industrial hydraulic applications. This top-quality flange ensures a leak-free, secure connection for high-pressure systems, making it ideal for intense operating conditions. Constructed with superior craftsmanship, this flange provides the durability and performance required to keep your machinery operating smoothly and reliably.

Enhanced Durability with Industrial-Grade Material

Crafted from high-grade steel, the 4S24FLF24 30-degree elbow flange is engineered to withstand extreme temperatures, pressure, and other challenging conditions. Its robust material and precision machining offer exceptional durability and long-lasting performance, essential for maintaining peak efficiency in demanding hydraulic setups. This product’s resilience against wear and corrosion ensures you get the most out of your investment.

Designed for Seamless Fit and Optimal Fluid Flow

The 30-degree angled elbow design facilitates smooth fluid transfer and is optimized for systems that require specific angles to fit into tight spaces or complex layouts. With this flange, you can minimize fluid resistance and maintain steady, efficient flow, crucial for high-performance machinery and hydraulic systems.