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EKWB EK-CryoFuel Amber Orange (Premix 1000mL)
EKWB

Description
• Color: Amber Orange (transparent) • Content: 1000 mL • Recommended temperature: 5°C to 60°C • Decomposition temperature: >65°C • pH level: 6 - 8 • Electrical Conductivity: 1,04 mS/cm ±10%
FULL DESCRIPTION
When the desert heat pushes your cooling system to its absolute limits during an all-night marathon of Warzone or EA Sports FC 24, EK-CryoFuel Amber Orange provides the liquid insurance your custom loop demands to keep your rig from throttling under pressure.
This isn't just about aesthetics; it’s about maintaining the thermal headroom required to keep your RTX 4090 and high-core-count CPU pushing peak clock speeds without instability. Whether you are rendering 4K edits of your latest Valorant highlights or pushing high refresh rates in a lobby of 100 players, the superior heat transfer properties ensure your loop remains an efficient, silent heat-exchanger that keeps your framerates locked and your silicon protected. You won't have to worry about your frame times spiking or your system crashing during a final circle encounter, because the fluid stays consistent even when ambient room temperatures in the GCC climb during the summer months.
The low electrical conductivity is the real silent hero here, acting as an essential safeguard for your high-end components by preventing short circuits should a stray droplet occur during a late-night maintenance session. By stabilizing your thermal baseline, you prevent the microscopic degradation that occurs when high-performance components are pushed to their thermal limits, effectively extending the lifespan of your entire investment.
Designed for the extreme thermal challenges of the Middle East, this formula is engineered to resist degradation up to 65°C, ensuring your loop stays clear and your pump remains grit-free through the harshest seasonal temperature swings.
The fluid’s neutral pH balance ensures that your copper and nickel-plated blocks remain free of corrosion, allowing for long-term reliability without the constant need for aggressive system flushing.