Jason 1200-1616 FEMALE SWIVEL 37 FLARE 1-5/16"-12 X 1" HOSE ID

# Swivel Joints The **Jason 1200-1616 Female Swivel 37 Flare** is a precision-engineered hydraulic component designed to facilitate the efficient transfer of fluids in high-pressure applications. With its robust construction and reliable performance, this swivel joint is ideal for use in various demanding environments, ensuring optimal operational efficiency and safety. ## Key Features • **Design Specifications**: Features a female swivel connection with a 37-degree flare, accommodating 1-5/16" x 12 threads for secure and leak-proof installation. • **Hose Compatibility**: Designed for 1" hose ID, making it versatile for various hydraulic systems and applications. • **Material Construction**: Manufactured from high-quality materials to withstand the rigors of industrial use, ensuring durability and longevity. • **Pressure Rating**: Engineered to handle high-pressure conditions, ideal for applications requiring reliable performance under stress. • **Temperature Resistance**: Suitable for a wide range of temperatures, ensuring consistent performance in varying operational conditions. ## Applications • **Hydraulic Systems**: Perfect for hydraulic machinery in agriculture, construction, and industrial manufacturing, where reliable fluid transfer is critical. • **Heavy-Duty Equipment**: Compatible with heavy-duty vehicles and equipment, ensuring operation under high load conditions. • **Custom Applications**: Can be tailored for specific hydraulic configurations, providing flexibility for unique system requirements. ## Benefits • **Enhanced Performance**: The swivel design allows for optimal movement and flexibility, reducing stress on hoses and connections. • **Reliable Operation**: High-quality materials and engineering ensure a dependable connection that minimizes the risk of leaks or failures. • **Ease of Installation**: Designed for straightforward installation, reducing downtime and facilitating maintenance in hydraulic systems. --- *Product information compiled with AI assistance for reference purposes.*