Last Chance Wolflube Hose Connection Hydraulic R1 – For Oil – 1280 Psi W.p – 1” – 6′ – F1″ X F1″ Pro Version [sdfpCge3]

Wolflube Hose Connection Hydraulic R1 - High-Performance Solution

Introducing the Wolflube Hose Connection Hydraulic R1, a top-tier hydraulic hose designed for superior performance and durability. This hose is crafted with a Synthetic Rubber Hose 1SC/R1, ensuring flexibility and resistance to harsh conditions. The Zinc Plated Steel Fittings provide a robust connection, while the Female Fittings with Swivel offer smooth and effortless operation. With its exceptional specifications, the Wolflube Hose Connection Hydraulic R1 is the ideal choice for demanding applications.

Key Specifications and Features

The Wolflube Hose Connection Hydraulic R1 is engineered to withstand pressure with a Working Pressure of 1,280 PSI and a Burst Pressure of 5,075 PSI, making it suitable for a wide range of industrial and construction uses. Measuring 6 feet in length, this hose is designed for efficient and versatile use. The fittings are available in NPT(f) 1” x NPT(f) 1” configuration, ensuring a secure and leak-free connection. Key features include:

• Synthetic Rubber Hose 1SC/R1 for flexibility and durability
• Zinc Plated Steel Fittings for robustness and longevity
• Female Fittings with Swivel for smooth operation
• Special Size Fittings Available to meet specific requirements

Practical Applications and Benefits

The Wolflube Hose Connection Hydraulic R1 is a versatile tool for various industries, including agriculture, construction, and manufacturing. Its high pressure rating and durable construction make it ideal for heavy-duty applications. The hose's flexibility and smooth operation ensure efficient fluid transfer, reducing downtime and increasing productivity. Whether you're using it in a farm, construction site, or manufacturing facility, the Wolflube Hose Connection Hydraulic R1 delivers exceptional performance and reliability. Invest in this high-quality hose to enhance your operations and achieve optimal results.