Material compatibility for AI-Era data centers
Data centers are evolving to support the escalating thermal demands of AI training clusters and high-density GPU deployments. As a result, liquid cooling has emerged as a critical thermal management solution to address cooling requirements. The industry is increasingly adopting single-phase cold plate cooling architectures, sometimes supplemented by immersion systems. These configurations demand improved thermal performance and long-term material compatibility between the coolant and cooling system components.
ZITREC® EC: Engineered for Broad-Spectrum Material Compatibility
ZITREC® EC is formulated to meet compatibility requirements in advanced liquid cooling environments. With patented Organic Additive Technology (OAT), ZITREC® EC demonstrated compatibility with a diverse materials commonly found in liquid-cooled systems. This includes:
Copper, aluminum and aluminum alloys, stainless steel
Elastomers and polymers: EPDM, FPM, PP, PTFE
PCB laminates, sealants, and polymer gaskets
This broad compatibility minimizes degradation risks and ensures chemical stability over extended operational periods.
Maintaining Thermal Performance and System Integrity
In high-performance liquid cooling systems, even minor compatibility issues can lead to performance degradation due to precipitate formation, gas evolution, or surface corrosion. ZITREC® EC direct-to-chip liquid coolants mitigates these risks by:
Preventing gels and precipitate build-up when in contact with non-metallic components.
Inhibiting corrosion-induced gas generation and metal pitting.
Passivating metal surfaces for efficient thermal transfer at cold plate and heat exchanger interfaces.
These characteristics support consistent heat flux and minimize the likelihood of flow obstructions or system fouling.
Operational Longevity and Reduced Maintenance Intervals
By maintaining compatibility across mixed-material environments, ZITREC® EC contributes to:
Extended service life of piping, cold plates, seals, and heat exchangers
Reduced incidence of leaks or premature material failure
Lower maintenance frequency and system downtime
Improved safety margins for high-density rack deployments
Ready to future‑proof your AI data center cooling strategy?
ZITREC® EC direct‑to‑chip coolants are engineered to meet the thermal and material stability demands of current and next-generation data center cooling systems. Its optimized compatibility profile helps safeguard infrastructure investments, maintain thermal efficiency, and reduce operating expenses by minimizing maintenance. For data centers pushing the boundaries of AI computing and GPU density, ZITREC® EC provides a reliable foundation for scalable, high-efficiency liquid cooling.