⚡ Seize Today's Limited Easter Offer! ⚡

Flash Deals Expire In: d h min sec
Shop Now
Lieferung:

EK-Quantum Torque Rotary Offset 7 - Black Nickel

Produkt-EAN: 3831109832813
End of life

Finanzierung möglich

Teilen Sie den Kaufbetrag von 500 EUR/AUD/USD oder mehr mit Splitit in bis zu 3 zinslose monatliche Zahlungen auf.

Details

EK-Quantum Torque Rotary Offset 7 - Black Nickel is a premium revolvable male+female threaded offset adapter fitting. It is commonly used to distance or offset G1/4" ports in tight spaces or to perfectly align hard tubing to another port in order to have aesthetically pleasant parallel tubing. Aesthetically, it is a perfect match with the EK-Quantum Torque series fittings and adapters.

EK-Quantum Torque fitting series revolvable extenders
 

Made from nickel-plated CNC machined brass. Sealed with quality EPDM O-rings. These offsets adapter fittings are rotary and they can be rotated around their axis in 360 degrees to fine-tune and find the exact positioning required.

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.

Technical data:

Threading: 2 x G1/4" (Male - Female)
Thread length: 4.5mm
Material: Brass
Installed height: 21mm
Finish: Black Nickel
Offset: 7mm

Made in Europe

ZU BEACHTEN:

  • This product should NOT be installed with any aluminum Fluid Gaming parts!

Zusatzinformation

Option Black Nickel
Threads G1/4

Haben Sie sich für dieses Produkt entschieden?

End of life
Brauchen Sie Hilfe? ekwb.com/customer-care

Sie könnten auch an folgenden Artikeln interessiert sein