EK-Quantum Torque Micro HDC 12 is a premium 12mm fitting made for solid tubing, such as acrylic, PETG, and brass. A much smaller footprint will allow tube placement in places where a regular fitting would be too large or inconvenient. It was named Micro due to an installed height of only 11.5mm, which is 23% shorter than standard Torque HDC 12 fittings. The outer diameter of the fitting is also significantly smaller than its bigger brother, with only 16mm across the fitting.

EK-Quantum Torque Micro HDP 12 fittings are EK's new push-in hard-tube fittings designed for use with 12mm solid tubing such as Acrylic and PETG. They are stealthy and made to be as small as possible, and with NO added branding at all. They are engineered specifically for captive tubing - like runs between two GPU water blocks, or from a GPU to the distro plate. Most importantly, the tube should not be able to move when using these fittings.

The solid tube is gripped by the high-quality EPDM rubber gasket inside the Torque Micro HDP fitting. 

Torque series fittings are part of the EK Quantum Product Line that emphasizes minimalistic, elegant design, and performance. For those who want to stand out!

www.ekwb.com/quantum

EK-Quantum Torque Micro Extender Static MF 7 - Nickel is a premium small-diameter male+female threaded extender. It is commonly used to extend a G1/4" port from a block, radiator or any other liquid-cooling component in order to ease the process of connecting to other components and having fewer bends or inaccessible fittings at tight places. This extender is especially useful in situations where the port spacing is too low, or due to clearance issues.

EK-Quantum Torque Static FF 45° is a 45° adapter fitting with two female G1/4" threads.

EK-Quantum Torque Micro Extender Static MM 7 is a premium male-threaded extender interconnect with male threads on both ends. It is used for connecting two water cooling components which both have female G1/4 threads. This extender is especially useful in situations where the port spacing is too low, or due to clearance issues.