DIY Vannkjøling - EK Water Blocks EK-Quantum Torque Extender Rotary MM 14 - Nickel - 3831109828021

EK Water Blocks EK-Quantum Torque Extender Rotary MM 14 - Nickel

EK Water Blocks Quantum Torque Extender Rotary MM 14 Forlenger

Varenummer: 2996395
Varen er utgått
Se lignende produkter

EK-Quantum Torque Extender Rotary MM 14 is a premium revolvable 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.

Made from nickel-plated CNC machined brass. Sealed with quality EPDM O-rings.

EK-Quantum Torque series products received the prestigious iF Design Award. A robust and industrial aesthetic sets the Torque family apart by highlighting the precise manufacturing processes used to create them. In addition, enthusiasts can add a unique color ring to give a personal accent to the fitting line. The Torque family of fittings offers a secure and modular system of connections between liquid cooling components and tubing within a PC. Quantum Torque series products cover angled adapters, rotary and static extenders, splitters, G1/4" plugs, drain valves, fittings, and much more.

These static extenders can be either tightened by hand or by using EK-Loop Multi Allen Key / Allen Key 9mm (not included, available for separate purchase).

Produsent
Varenummer
2996395
Model
3831109828021
Ean
3831109828021
Til produsentens hjemmeside
Modell/Type
Forlenger
Materiale
Nickel
Produktfarge
Rustfritt stål
Antall forbindelser
2
Tilkoblings-gjenge
1/4"
Connector 1 kjønn
Hankjønn
Connector 2 kjønn
Hankjønn
Diameter
2,3 cm

Egenskaper

Modell/Type
Forlenger
Materiale
Nickel
Produktfarge
Rustfritt stål
Antall forbindelser
2
Tilkoblings-gjenge
1/4"
Connector 1 kjønn
Hankjønn
Connector 2 kjønn
Hankjønn

Vekt og dimensjoner

Diameter
2,3 cm

Ovenstående informasjon/spesifikasjoner er veiledende og kan uten varsel bli endret av produsenten. Det tas forbehold om trykkfeil og illustrerende bilder. Enkelte tekster kan være autogenerert eller maskinoversatt, så derfor kan det forekomme tekster som virker misvisende.