63-190600-10C 5/8″ 37 Degree FJIC Flare Swivel

Name: 63-190600-10C 5/8" 37 Degree FJIC Flare Swivel - Industrial Supply 4 Less
SKU: 63-190600-10C
Price: 129.53 USD
Availability: InStock

37 Degee Female JIC Swivel 190600, Reusable Fittings

63-190600-10C 5/8″ 37 Degree FJIC Flare Swivel

$129.53

The 63-190600-10C 5/8″ 37° FJIC Flare Swivel is a precision-engineered connector designed for high-pressure hydraulic systems. Made from durable steel with a corrosion-resistant silver finish, it ensures leak-free, secure connections in industrial applications. Perfect for agriculture, manufacturing, and construction systems, this fitting combines strength, reliability, and ease of installation for optimal performance.

Product Tags

190600-10C, 37 Degree FJIC Flare Swivel, 63-190600-10C

Dependable Connections with 63-190600-10C Flare Swivel

Precision-Engineered for High-Performance Applications

The 63-190600-10C 5/8″ 37° FJIC Flare Swivel is your ultimate solution for reliable hydraulic connectivity. Designed to handle the toughest industrial demands, this flare swivel provides a secure, leak-free fit that ensures maximum efficiency and durability. Its compatibility with 37° female JIC connections makes it a versatile choice for a wide range of systems.

Built to Withstand Challenging Conditions

Crafted from high-grade steel, this flare swivel is coated in a robust silver finish to resist corrosion, ensuring long-lasting performance even in the harshest environments. The precision-machined design guarantees consistent performance under high pressure, making it perfect for hydraulic systems in agriculture, construction, and manufacturing industries.

Easy Installation with Superior Reliability

Simplify your operations with the 63-190600-10C flare swivel’s straightforward installation process. Its universal 5/8″ size ensures a seamless fit, reducing downtime and enhancing operational efficiency. Trust in its proven design to provide a secure connection, delivering peace of mind and reducing maintenance costs over time.