EK-Quantum Torque Compression Ring 6-Pack STC 13 - Gold

EKWB EK-Quantum Torque Compression Ring 6-Pack STC 13 - Gold

×

:

Not a valid Time
This is a required field.

EKWB EK-Quantum Torque Compression Ring 6-Pack STC 13 - Gold

£26.22 £21.85
  • Premium locking ring made for the EK-Quantum Torque STC 10/13 series fittings
  • Not a stand-alone product, requires an existing Torque fitting's barb
  • Grooves on the outside allow for easier hand tightening
  • Made from CNC machined aluminium
  • Finish: Gold
Availability:
In stock
Only 1 left
SKU
EK-FITTING-QNTM-T-CRING-STC-13-GLD

EK-Quantum Torque Compression Ring 6-Pack STC 13 - Gold



EK-Quantum Torque Compression Ring 6-Pack STC 13 - Nickel is a premium locking ring made for the EK-Quantum Torque STC 10/13 series fittings. It is not a stand-alone product, requiring an existing Torque fitting's barb.


The locking ring is compressing the tubing wall underneath the ring, and this prevents the flexible tube from being pulled off the barb of the fitting. The grooves on the outside allow for easier hand tightening. The compression ring has cutouts in the EK Quantum signature shape allowing for the colored aesthetic ring to be shown. The colored rings are available in many colors and are screwed onto the fitting before the compression locking ring. The aesthetic rings are sold separately.


The compression ring is made of CNC machined brass and covered with a high-quality gold finish. Only compatible with EK-Quantum Torque STC 10/13 mm fittings.


Technical Specifications


Material: Brass

Finish: Gold

Supported Tube: 10/13 mm (ID/OD)


Please Note:

- These 6-packs contain only compression rings, they are meant to replace your Torque fittings current compression ring. This is not a stand-alone product.

More Information
Is Discontinued No
SKU EK-FITTING-QNTM-T-CRING-STC-13-GLD
Brand EKWB
UPC/EAN 3831109834343
Write Your Own Review
You're reviewing:EKWB EK-Quantum Torque Compression Ring 6-Pack STC 13 - Gold
Material Brass
Finish
Gold
Supported Tube
10/13 mm (ID/OD)