-8 Hose Size, 1/2" ID x 0.82" OD, 3,000 psi Work Pressure Hydraulic Hose MPN:387-8-RL

Introducing Parker's Hydraulic Hose, perfect for all your industrial and construction needs! With a high pressure capacity of 3000 psi, this hose is durable enough to withstand the toughest conditions. The 8 hose size, 1/2 in ID x 0.82 in OD makes it versatile enough for any application, while the synthetic rubber construction ensures longevity and resistance against oil, abrasion, and heat. With a bend radius of 3.5 in, this hose provides optimal flexibility, making it ideal for both industrial and construction use. Don't settle for low-quality hoses that fail when you need them most - choose Parker's Hydraulic Hose for unmatched performance, reliability, and safety!

Top product features:

• High Pressure Capacity This hydraulic hose has an impressive maximum working pressure of 3000 psi, making it ideal for tough industrial and construction applications where high pressure is required.
• Synthetic Rubber Construction Made with synthetic rubber, this hose offers outstanding resistance to oil, abrasion, and heat, ensuring a long-lasting and durable product that can withstand harsh conditions.
• Flexibility The 3.5 inch bend radius allows for optimal flexibility, providing convenience and ease of use when connecting or disconnecting the hose.

Top product applications:

• Hydraulic systems in industrial settings The high pressure capacity and synthetic rubber construction make this hose perfect for hydraulic systems that require tough and durable material to handle pressurized fluid.
• Heavy machinery operations The 3000 psi work pressure makes this hose ideal for use with heavy-duty machines that need a robust hose to withstand the demanding conditions of their operation.
• Construction equipment With its flexibility and resistance to abrasion and heat, this hose is well-suited for connecting various parts of construction machinery, such as cranes or excavators, where it may be subjected to rigorous movements and challenging environmental conditions.