The German Datacenter Association officially welcomes Finger Stockstadt of the Finger-Beton Unternehmensgruppe as a new partner in its network. The specialists in precast concrete parts bring sustainable and innovative solutions for the infrastructure of modern data centers.
Finger Stockstadt, part of the Finger Unternehmensgruppe, develops precast concrete parts specifically for the infrastructure of data centers, rainwater management, as well as high- and civil engineering projects. With innovative and sustainable solutions, the company contributes to the construction of modern data centers that meet the data center industry's requirements for efficiency and durability. The experts work closely with their customers to develop tailored products that not only meet strict industry standards but also support their customers' ecological and economic goals.
"As a manufacturer, the GDA offers us a wonderful opportunity for personal exchange with numerous members from a wide range of subject areas and focal points relating to data centres," explains Jens Franz, Sales Manager at Finger Beton. "With our concrete solutions, we already offer tried-and-tested products and innovations in many areas relating to infrastructure. The strict requirements and regulations of this industry offer us, as a medium-sized company, the opportunity to orientate ourselves to these standards, to develop further and to be measured against them."
"Finger Stockstadt enriches the GDA network with valuable expertise in building materials technology, particularly in precast concrete parts. Innovative products are crucial to improving the safety and efficiency of construction processes," says Anna Klaft, Chairwoman of the GDA. "Through innovative partners, we promote cross-disciplinary exchange on CO₂ reduction and sustainable building methods to make data center infrastructures safer and more sustainable. Finger Stockstadt’s expert knowledge supports the network in developing and establishing new benchmarks for sustainable data centers through modern production approaches."
