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== Adjustments needed - new material, polymer concrete ==
== Adjustments needed - new material, polymer concrete ==
[[Datei:Constructa 1970 Reklame.jpg|320px|thumb|right|Bildunterschrift fehlt]]
[[Datei:Constructa 1970 Reklame.jpg|320px|thumb|right|Poster of the CONSTRUCTA building trade exhibition in Hannover in 1970, where ACO exhibited the fibre cement DRAIN channel. The innovative design was well received by the trade visitors.]]
The response to the DRAIN channels at the Constructa building trade fair in Hannover at the end of January 1970, not to mention the sales to date, the results of market research, and the advertising channels that were used at the time, were certainly promising. But the first problems arose a few months after the start of production. The channel proved to be unstable. The Achilles' heel of the construction was the bonding. Adhesive surfaces that were too small, caused the frequent collapse of the gratings under load. In addition, fibre cement panels were inflexible when it came to forming. Thus, less than a year after the market launch of the channels, a change in the production process was on the horizon. Both the material and the forming were being optimised. Dieter Brink's team had a favourite as the new material: polymer concrete. This would make it possible to cast the channels in their entirety instead of gluing them together.
The response to the DRAIN channels at the Constructa building trade fair in Hannover at the end of January 1970, not to mention the sales to date, the results of market research, and the advertising channels that were used at the time, were certainly promising. But the first problems arose a few months after the start of production. The channel proved to be unstable. The Achilles' heel of the construction was the bonding. Adhesive surfaces that were too small, caused the frequent collapse of the gratings under load. In addition, fibre cement panels were inflexible when it came to forming. Thus, less than a year after the market launch of the channels, a change in the production process was on the horizon. Both the material and the forming were being optimised. Dieter Brink's team had a favourite as the new material: polymer concrete. This would make it possible to cast the channels in their entirety instead of gluing them together.

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== Korrekturbedarf – neuer Werkstoff Polymerbeton ==
[[Datei:Constructa 1970 Reklame.jpg|320px|thumb|right|Plakat der Bau-Fachausstellung CONSTRUCTA in Hannover 1970. Hier stellt ACO die DRAIN-Rinne noch in der Ausführung in Faserzement aus. Die neuartige Konstruktion findet Anklang beim Fachpublikum.]]
In Rendsburg ist man optimistisch: Der Anklang der DRAIN-Rinnen auf der Baufachausstellung Constructa Ende Januar 1970 in Hannover, der bisherige Absatz, die Ergebnisse der Marktforschung und die beschrittenen Werbekanäle sind vielversprechend. Doch es kommen wenige Monate nach Produktionsstart erste Probleme auf. Die Rinne erweist sich als instabil. Achillesferse der Konstruktion ist die Verklebung. Zu kleine Klebeflächen lassen die Gitterroste bei Belastung häufiger einbrechen. Zudem sind Faserzementplatten unflexibel bei der Formgebung. 
So bahnt sich weniger als ein Jahr nach Markteinführung der Rinnen eine Umstellung des Fertigungsprozesses an. Sowohl der Werkstoff als auch die Formgebung werden optimiert.
Das Team um Dieter Brink hat als neuen Werkstoff einen Favoriten: Polymerbeton. Mit ihm wird möglich, dass die Rinnen künftig nicht mehr geklebt, sondern in Gänze gegossen werden können.

Adjustments needed - new material, polymer concrete

Poster of the CONSTRUCTA building trade exhibition in Hannover in 1970, where ACO exhibited the fibre cement DRAIN channel. The innovative design was well received by the trade visitors.

The response to the DRAIN channels at the Constructa building trade fair in Hannover at the end of January 1970, not to mention the sales to date, the results of market research, and the advertising channels that were used at the time, were certainly promising. But the first problems arose a few months after the start of production. The channel proved to be unstable. The Achilles' heel of the construction was the bonding. Adhesive surfaces that were too small, caused the frequent collapse of the gratings under load. In addition, fibre cement panels were inflexible when it came to forming. Thus, less than a year after the market launch of the channels, a change in the production process was on the horizon. Both the material and the forming were being optimised. Dieter Brink's team had a favourite as the new material: polymer concrete. This would make it possible to cast the channels in their entirety instead of gluing them together.