GT Silex supports data center power systems with complete system solutions for every complex application by creating solutions engineered for precise integration into complex generator packages. Our products are designed to meet stringent acoustic, airflow, and thermal requirements associated with high-density backup systems, ensuring stable operation during load transitions and extended runtime events.

We collaborate directly with engine OEMs, enclosure builders, and mechanical contractors to address system layout, backpressure limits, vibration control, and space constraints. The result is a fully compatible exhaust path that maintains compliance while protecting critical infrastructure where uptime and system redundancy are essential.

Institutional facilities demand exhaust and silencing systems that prioritize safety, acoustic control, and dependable operation in emergency and standby duty cycles. GT Silex solutions are engineered to manage noise at the source, maintain proper exhaust temperatures, and ensure stable emissions performance across a wide range of generator platforms.

Our components integrate cleanly into mechanical rooms, rooftop enclosures, and campus energy systems, supporting required sound level targets and backpressure specifications. With durable materials and proven performance, our products help hospitals, schools, and public facilities maintain reliable power in environments where quiet, uninterrupted operation is critical.

Commercial and industrial sites rely on power systems that can withstand continuous operation, variable loads, and demanding acoustic and environmental conditions. GT Silex provides exhaust, aftertreatment, and silencing solutions engineered for manufacturing plants, warehouses, commercial buildings, and contractor-installed systems.

Our products are built to manage heat, vibration, and airflow effectively while maintaining defined backpressure and noise thresholds. Working closely with mechanical contractors are facility engineers, we develop solutions that integrate into tight layouts, support predictable maintenance schedules, and deliver long-term durability in high-use environments.