Product novelty 22. September 2026
EMS solutions for data centers – greater efficiency and lower costs
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EMS solutions for data centers – greater efficiency and lower costs
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Fan impeller made of Grivory GV
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Control valve for liquid cooling made of Grivory HT
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Load-break switch made of Grivory HT
Data centers are being built at a rapid pace worldwide. At the same time, demand for computing power and cooling is increasing, while costs and availability remain key priorities. EMS-GRIVORY offers high-performance polyamides that replace metals, reduce component weight and enable cost-efficient high-volume production.
Efficient air cooling with 30% lower manufacturing costs
EMS high-performance polyamides enable flow-optimized fan impellers. In one application, weight was reduced by 40%, manufacturing costs by 30% and energy consumption during operation by around 30%.
Liquid cooling – replacing metal, simplifying production
With the increasing use of AI, liquid cooling is becoming more important. EMS high-performance polyamides provide the chemical and hydrolysis resistance required for coolants such as water-glycol mixtures. Depending on the application, they also meet UL 94 V-0 flame-retardancy requirements. Replacing stainless steel and brass reduces weight and assembly effort while enabling cost-efficient injection molding of complex components.
Cost-efficient high-volume production for electrical infrastructure
Safety-critical structural components require high strength, stiffness, dimensional stability, electrical insulation and high tracking resistance. EMS enables complex steel or aluminum components to be replaced by one-shot solutions with functional integration. Machining and assembly steps are reduced, enabling cost-efficient and reproducible high-volume production.
Conclusion
EMS offers scalable solutions for data centers that combine technical performance with economic benefits. High-performance polyamides open up new design possibilities, reduce weight and manufacturing effort, and, depending on the application, can significantly lower manufacturing costs and energy consumption.
Efficient air cooling with 30% lower manufacturing costs
EMS high-performance polyamides enable flow-optimized fan impellers. In one application, weight was reduced by 40%, manufacturing costs by 30% and energy consumption during operation by around 30%.
Liquid cooling – replacing metal, simplifying production
With the increasing use of AI, liquid cooling is becoming more important. EMS high-performance polyamides provide the chemical and hydrolysis resistance required for coolants such as water-glycol mixtures. Depending on the application, they also meet UL 94 V-0 flame-retardancy requirements. Replacing stainless steel and brass reduces weight and assembly effort while enabling cost-efficient injection molding of complex components.
Cost-efficient high-volume production for electrical infrastructure
Safety-critical structural components require high strength, stiffness, dimensional stability, electrical insulation and high tracking resistance. EMS enables complex steel or aluminum components to be replaced by one-shot solutions with functional integration. Machining and assembly steps are reduced, enabling cost-efficient and reproducible high-volume production.
Conclusion
EMS offers scalable solutions for data centers that combine technical performance with economic benefits. High-performance polyamides open up new design possibilities, reduce weight and manufacturing effort, and, depending on the application, can significantly lower manufacturing costs and energy consumption.
