- Article no.: 1012934
- Manufacturer no.: 17393
- EAN: 4250197173933
- Weight: 0,063 kg
> 250 ready for shipment, delivery time 1-3 days
Prices incl. VAT plus shipping costs
Alphacool's Eiszapfen connector series is the high-end execution of these tried-and-true fittings!
Everything you want in a compression fitting is here: highflow, form, processing and colour. A refusal to compromise in development and production has made the Eiszapfen series into what it is. Fittings are available in brilliant chrome or a deep, matte black, which will fit excellently into any system.
A special procedure binds the outer coating firmly to the surface, improving the longevity of the intense colour and preventing any chipping or peeling of the coating. Every connector now has the Alphacool logo, which along with their distinctive shape makes them unmistakable!
The union nut's slanted corners allow the O-ring to be pressed firmly against the HardTube, ensuring it sits even more securely than before. This allows for greater safety in transport.
Model: 90° compression fitting 13mm
This fitting has a 1/4" thread on one side and is thereby compatible with 95% of components. The other side fits a 13mm acrylic or brass tube. This fitting is bent 90° in the middle to avoid complicated hose connections. The threaded side is rotatable for maximum flexibility.
- Material: brass
- Colour: deep black
- Length: 42.5mm
- Width: 21mm
Scope of Delivery
- 1x Alphacool Eiszapfen 13mm HardTube compression fitting 90° rotatable G1/4 for plexi- brass tubes - deep black
Note on application
Please use only in conjunction with clear transparent water cooling fluids. The particles and additives in Pastel liquids can clog and permanently damage water cooling products such as radiators, pumps, coolers and hoses. This can result in voiding the manufacturer's warranty as well.
|2. Side:||G1/4" outer thread|
|Specification:||Shape: 90° angled|
|Compatibility:||Acrylic tubing, Brass Tube, Carbonrohre|
|1. Side:||13/10mm (ID 3/8" OD 1/2")|
|Rotatable:||Yes - 360°|