Bykski
Bykski CC-AF90-SR Stainless Steel Pagoda Quick-Disconnect Adapter Fitting with 24-Degree Tapered Ferrule, G1/4
Bykski CC-AF90-SR Stainless Steel Pagoda Quick-Disconnect Adapter Fitting with 24-Degree Tapered Ferrule, G1/4
TL;DR: The Bykski CC-AF90-SR is a stainless steel pagoda-style quick-disconnect adapter for custom water cooling loops. The dual-thread body lets it adapt between thread standards, while a 24-degree tapered ferrule creates a metal-to-metal seal at the mating face rather than relying solely on an O-ring,...
Common Applications
The Bykski CC-AF90-SR is a stainless steel pagoda-style quick-disconnect adapter for custom water cooling loops. The dual-thread body lets it adapt between thread standards, while a 24-degree tapered ferrule creates a metal-to-metal seal at the mating face rather than relying solely on an O-ring, which resists vibration loosening in rack environments. Stainless steel offers better corrosion resistance under continuous coolant exposure than brass or chrome-plated equivalents. The fitting is sold in multiple bore sizes (M12, M14, M18, M22, M26, M30) and uses standard G1/4 thread on the system side.
Frequently Asked Questions
Q: What is the CC-AF90-SR?
A: A stainless steel pagoda-style quick-disconnect adapter fitting with a 24-degree tapered ferrule, used as a coupler in custom water cooling loops.
Q: What is a 24-degree tapered ferrule?
A: An industrial-style metal sealing geometry that creates a tight, vibration-resistant seal between mating components, common in hydraulic and server fittings.
Q: Why stainless steel instead of brass?
A: Stainless steel offers better long-term corrosion resistance under continuous coolant exposure and stands up to repeated install/disconnect cycles in server use.
Q: What sizes are available?
A: Available in M12, M14, M18, M22, M26 and M30 variants on the dual-thread side, with G1/4 on the system side.
Q: Is it compatible with G1/4 ports?
A: Yes - the system side uses standard G1/4 water-cooling thread. The opposite end is a sized adapter; choose the size variant that matches the mating coupler.







