Bykski
Bykski B-FRD-SRPK801-4-X Parker 801 Reinforced Hose with G1/4 Rotary Fittings, 200/300/400/500/1000mm
Bykski B-FRD-SRPK801-4-X Parker 801 Reinforced Hose with G1/4 Rotary Fittings, 200/300/400/500/1000mm
TL;DR: The Bykski B-FRD-SRPK801-4-X is a pre-assembled hose-and-fitting kit built around Parker 801 series tubing for water cooling deployments that need durability beyond standard PVC or PU soft tubes. The single-layer fiber-braided synthetic rubber wall resists high temperature, high pressure and...
Common Applications
The Bykski B-FRD-SRPK801-4-X is a pre-assembled hose-and-fitting kit built around Parker 801 series tubing for water cooling deployments that need durability beyond standard PVC or PU soft tubes. The single-layer fiber-braided synthetic rubber wall resists high temperature, high pressure and long-term aging, which suits 24/7 AI server loops, industrial cooling rigs and workstations expected to run for years without retubing. Each end terminates in a G1/4 rotary connector, so the hose can swivel under installation stress without kinking or fighting the next fitting. Five pre-cut lengths cover short jumps and long radiator runs without the user having to cut and crimp tubing in-place.
Frequently Asked Questions
Q: What lengths are available?
A: The hose is offered in five pre-cut lengths: 200mm, 300mm, 400mm, 500mm, and 1000mm.
Q: What thread is on the end fittings?
A: Both ends use G1/4 rotary connectors, the standard thread for PC and server water cooling systems.
Q: What is the tube wall made of?
A: It is single-layer fiber-braided synthetic rubber based on the Parker 801 series, chosen for high temperature, high pressure and aging resistance.
Q: Can the fittings rotate after install?
A: Yes. The G1/4 ends are rotary unions, so the hose can swivel relative to each port without kinking or stress on adjacent fittings.
Q: Is this hose suitable for continuous server operation?
A: Yes. The Parker 801 reinforced wall is selected specifically for high-pressure and long-term aging resistance in continuous-duty loops.
