SafetyCool™ SC-100
Dielectric Coolant

Engineered Fluids’ SafetyCool SC-100 is an ultra-low viscosity dielectric coolant engineered specifically for cold-plate and Direct-to-Chip (DTC) cooling systems. SafetyCool SC-100 provides an electrically nonconductive alternative to traditional water/glycol coolants, reducing the risk of equipment damage from coolant leaks while enabling efficient cooling of high-power electronics.

INDUSTRIES SERVED:

● AI Training and High-Performance Computing ● Data Centers ● Cryptocurrency Mining ● Cloud Computing ● Enterprise Computing ● Edge Computing ● Semiconductor and Electronics Cooling ● High-Power Computing Systems

KEY PROPERTIES:

Ultra-Low Viscosity ● Electrically Dielectric ● Designed for Cold-Plate and Direct-to-Chip Cooling ● Reduced Electrical Risk from Coolant Leaks ● Excellent Heat Transfer Characteristics ● Low Pumping Requirements ● Corrosion Protection ● Broad Materials Compatibility ● Long Fluid Life

PRODUCT OVERVIEW:

Engineered Fluids’ SafetyCool SC-100 addresses one of the fundamental risks of conventional liquid cooling: bringing electrically conductive water/glycol coolant into close proximity with high-value electronics. SafetyCool SC-100 combines the low viscosity needed for efficient circulation through modern cold plates with dielectric properties that significantly reduce the risk of electrical shorts and equipment damage if a coolant leak occurs.

SafetyCool SC-100 is engineered for Direct-to-Chip cooling of high-heat-flux processors, GPUs, AI accelerators, ASICs, and other high-power electronics. Its ultra-low viscosity supports high coolant flow rates with reduced pumping requirements while providing the thermal performance required for increasingly dense computing environments.

Unlike water/glycol systems, SafetyCool SC-100 provides an additional layer of protection against leaks at cold plates, fittings, manifolds, hoses, and other fluid connections. This makes SafetyCool SC-100 particularly well suited for AI and HPC installations where coolant is routed directly to extremely high-value computing hardware and where even a small water-based coolant leak can result in significant equipment damage and downtime