1/2" Dyna-Flex SWRG Jetter Hose 4,000 PSI
One 100ft In Stock - All Other Lengths Will Be Available February 15th
Dyna-Flex SWRG Jetter Hose 1/2 inch PSI from 100 to 600 feet.
Dyna Flex sewer jetting and sewer cleaning hoses are engineered and manufactured to be flexible and resistant to kinking and abrasion. Dyna Flex sewer jetting and sewer cleaning hoses are designed with a double-braided and double-bonded construction. Combined with a slick surface, Dyna Flex sewer jetting and sewer cleaning hoses are manufactured for superior performance.
Dyna-Flex Jetter Hose 1/2 inch - SWRG-08
DYNA –FLEX Jetter hose is rated at 4000psi and has a 10,000psi burst pressure. Choose lengths from 100 to 600 feet.
This hose has a seamless polyester Tube, and it is double braded using high tensile synthetic fiber, that is then bonded to the tube and cover. This hose has a super slick functional cover that is highly resistant to abrasion, kinking, and fungus.
Dyna-Flex Jetter Hose Standard Features:
- For 6" To 16" Lines
- 1/2" 4000 PSI
- 1/2" NPT & 1/2" NPT
- 122ºF max. temperature
- Superslick Cover
- Seamless Core
- Designed for easy in & out
- Comes with Threaded Fittings
Dyna-Flex Jetter Hose Specifications:
- Temperature range: -40ºF to 122ºF.
- Max. operating pressure: 4000 PSI
- Min. burst pressure: 10000 PSI
- Min. bend radius: 3”
- Cover: polyether-urethane
- Inner Core: seamless polyester tube
- Reinforcement: one- and two-braid high tensile synthetic fiber.
|1/2" Model||Length (feet)||PSI||GPM||Weight||Bend Radius||Price|
|DYNA12X100||100||4000||up to 18||16 lbs||3 in||$249.95|
|DYNA12X200||200||4000||up to 18||32 lbs||3 in||$479.95|
|DYNA12X300||300||4000||up to 18||48 lbs||3 in||$719.95|
|DYNA12X400||400||4000||up to 18||64 lbs||3 in||$959.95|
|DYNA12X500||500||4000||up to 18||80 lbs||3 in||$1199.95|
|DYNA12X600||600||4000||up to 18||96 lbs||3 in||$1449.95|
Please Select Hose Length100', 200', 300', 400', 500', 600'
11/16/2022, 09:31 AM
Do you have any high Temperature & High Pressure11/16/2022, 10:28 AM
We can get them. Please email firstname.lastname@example.org with your psi and temperature requirements.