Optimize Data Center Cooling Efficiency and Safety
Boyd enhances data center cooling efficiency with custom baffle solutions that optimize airflow and reduce energy consumption. Our engineers incorporate advanced materials into specialized cooling systems that support high performance workloads and extend equipment lifespans.
We Understand the Cooling Needs of Modern Data Centers
Boyd has developed cooling solutions for energy-intensive data centers for decades. As a 3M Preferred Converter, our customizable baffles for servers, racks, and cabinets use cutting-edge materials and engineering techniques to exceed hyperscale data center requirements.
Boyd Cooling Solutions for Data Centers
Boyd incorporates thermoformed or assembled baffles and supporting materials optimized for sealing and compression force deflection to optimize cool air use within a data center environment. Our engineering team collaborates with data center leaders to design and manufacture customized solutions that address specific airflow and temperature management needs.
- Customized baffles direct airflow efficiently, ensuring optimal cooling for servers and equipment.
- Cooling solutions prevent hotspots and thermal imbalances, enhancing equipment reliability.
- Advanced FR-V0 rated electrically insulating materials and environmental sealing protect against electrical shock, spark voltage, and dust and water ingress.
- Modular designs adapt to evolving data center configurations, maximizing cooling effectiveness.
Why Choose Boyd?
Our innovative cooling solutions empower data center operators to enhance their facilities with high-quality, efficient, and adaptable systems that ensure sustained operational effectiveness and safety with maximum uptime and efficiency.
Streamline cooling efficiency with bespoke baffle designs and advanced thermal management materials.
Increase data center safety with materials that minimize electrical risks and protect against environmental contaminants.
Boost data center server and cabinet operational lifespan through optimized cooling.