Description

BluBird Oil Shield Farm Fuel Hose Reel 1″ x 30′ OSFHRONE30

Short

Oil Shield Farm Fuel Hose Reel 1″ X 30′

Product Details

Discover the OilShield 1″ x 30′ Rubber Farm Fuel Transfer Hose with Static Wire, designed to meet all your fuel transfer needs in the agriculture and farming industry. This hose assembly features a 1-inch diameter and a length of 30 feet, making it the dependable solution for a wide range of applications.

Crafted with precision, the OilShield Fuel Hose is engineered using RMA Oil Shield synthetic yarn, ensuring it’s optimized for use with 110-volt “Electric” pumps, prioritizing safety and efficiency. With an impressive 2X Kink Resistance and exceptional flexibility, even in temperatures as low as -30°F, this hose excels in challenging conditions.

2X Kink Resistance
Designed to resist kinks, ensuring a smooth and hassle-free fuel transfer process.

Remarkable Flexibility
Maintains flexibility even in harsh weather conditions with temperatures as low as -30°F.

High-Strength Polyester Woven Braided Reinforcement
Adds durability and longevity.

100 PSI Working Pressure
Capable of handling the demands of various fuel transfer applications.

RMA Class A Oil-Resistant Tube & Cove
Meets the highest industry standards for oil resistance.

Ozone Resistant
Withstands exposure to ozone, making it suitable for outdoor use.

Integrated Static Wire
Built-in static wire eliminates concerns about static discharge.

Whether you’re refueling agricultural and farm equipment, fueling trucks, trailers, skids, or servicing vehicles in service bays and garages, the OilShield 1″ x 30′ Rubber Farm Fuel Transfer Hose is your trusted solution. With its kink resistance and flexibility down to -30°F, it ensures top performance in challenging conditions.

Upgrade to the OilShield Fuel Hose and experience the peace of mind that comes with a reliable, user-friendly fuel transfer solution. Trust in its quality and performance to ensure your fuel transfer operations run smoothly. Choose the OilShield for safety, efficiency, and reliability in every fuel transfer.