Elevate your custom PC cooling loop with the CORSAIR Hydro X Series XF Hardline 90° 12mm OD Fitting Twin Pack. Crafted from high-quality brass with a sleek, durable black finish, these fittings are engineered for performance and aesthetics. Designed specifically for rigid tubing, they ensure a secure and leak-free connection, allowing you to achieve a clean and professional look for your PC build. The XF Hardline fittings feature a robust double O-ring compression seal, providing superior grip and preventing any slippage, even under pressure. This twin pack offers two essential 90-degree fittings, perfect for navigating tight corners and creating smooth bends in your custom water cooling setup. Ensure compatibility by mixing these brass fittings only with other copper or brass cooling components for optimal system longevity and performance. Whether you're a seasoned PC builder or embarking on your first custom loop, these CORSAIR fittings deliver reliability and style. Enhance your gaming rig or workstation in Global with a cooling solution that looks as good as it performs.
Key Features:
- Premium Brass Construction: Built for durability and excellent thermal conductivity.
- Sleek Black Finish: Adds a sophisticated and modern aesthetic to your build.
- 90° Angle: Ideal for creating clean, precise bends and managing tubing in confined spaces.
- 12mm OD Hardline Compatibility: Perfectly suited for 12mm outer diameter rigid tubing.
- Double O-Ring Seal: Ensures a secure, leak-proof compression fit for ultimate reliability.
- G1/4'' BSPP Threads: Standard threading for broad compatibility with most PC water cooling components.
- Twin Pack Convenience: Includes two fittings to get your project started.
Invest in the best for your custom cooling system. The CORSAIR Hydro X Series XF Hardline fittings are the perfect choice for builders who demand precision, performance, and a flawless finish. Experience the difference that quality components make in achieving optimal temperatures and stunning visual appeal for your PC.
