Cryogenic Bulk Truck Transfer Flexible Hose

Cryogenic bulk truck transfer flexible hose also as know as cryogenic unloading flexible hose, it is specifically designed for the extreme requirements of loading and unloading of bulk vessels and trucks. they feature heavy duty construction containing armor casting cuffs on both ends to maximize performance and service life, enhanced operator safety and quicker fill times, the industry choice, our bulk liquid transfer flexible hose has earned a reputation for reliability.
Cryogenic flexible transfer hoses feature all 304 or 316 stainless steel construction with quick coupling ends. they are oxygen cleaned and rated at 3000 PSI, flexible hoses are available in various standards lengths. 1 ½” or 2” hose with full coverage heavy-duty braid, heavy duty fully machined quick coupling end fittings and 18” armor casing cuffs (bend restrictors) on each ends.

Cryogenic flexible hose features and benefits:
1. Full coverage, large diameter wire braid for maximum abrasion resistance.
2. Heavy gauge braid provides a higher pressure rating, a greater safety factor and better protection to the inner core.
3. End fittings exceed ANSI ratings, eliminate thread sealing problems and will not warp.
4. High standard welding procedure allows for a smooth transition from corrugation to fitting, reducing product entrapment ans pressure loss.
5. Casing weld ring prevents  armor casing from pulling away from the fitting and serves as an identification ring that provides the date of manufacture.
6. Closely pitched, omege shaped convolutions provide maximum flexibility and longer hose life.
7. Shallow convolution height minimizes pressure drop inside the hose.
8. Heavy duty armor cuffs prevent strain and overbending at hose ends.
9. Armor cuffs spport the weight of the hose, remove stress from the end fittings and inner hose weld, and provide a safe handling point for the operator.

Cryogenic flexible hose application:
Designed specifically for the tough demands of bulk tank and trailer loading and unloading.