Additional information
7001102-100
Black EPDM
WIRE BRAID
-40°F to 400°F
1
1.63
250
10:1
11
0.78
This heavy duty wire reinforced hose is designed for use in refineries and chemical plants for steam service. The EPDM compound is designed for continual service at 450°F. Drain water from hoses after steam service. Specialized EPDM to resist tube popcorning.
7001102-100
Black EPDM
WIRE BRAID
-40°F to 400°F
1
1.63
250
10:1
11
0.78
Introducing the ultimate Heavy Duty Wire Reinforced Hose, carefully crafted for industrial settings, including refineries and chemical plants, where durability, flexibility, and safety are of utmost importance.
Constructed with a specialized EPDM compound, this cutting-edge hose boasts an unprecedented ability to withstand continual service at temperatures up to 450°F. The 1″ ID and 1.63″ OD of this hose foster superior functionality and longevity, while the wire braid reinforcement maximizes strength and resilience.
To ensure safety and alleviate any concerns or anxieties, this hose is pressure-rated up to 250 psi, with a burst ratio carrying a safety factor of 10:01:00. The black EPDM tube has been specially formulated to prevent tube popcorning, providing a stress-free method of transporting steam and hydrocarbons without any damage to the tube.
This Heavy Duty Wire Reinforced Hose is a reliable and versatile choice for a wide array of industrial applications, thanks to its temperature range of -40°F to 400°F. As an added precautionary measure for optimal hose integrity, it is advisable to drain any water after steam service.
The bend radius of 11 inches only adds to the practicality of this hose, making it a convenient and worthwhile investment for any industrial operation. With this efficient and resilient hose, you’re guaranteed durability, reliability, and operation to surpass even the most intense of demands.
Invest in a quality heavy-duty hose that always meets and exceeds your highest expectations. Order the Heavy Duty Wire Reinforced Hose today and experience unparalleled durability and efficiency like never before.