German Institute of Rubber Technology

Nonprofit Germany

Science and engineering research institutes

German Institute of Rubber Technology is a nonprofit in science and engineering research institutes founded in 1981^[1] and based in Hanover, Germany^[1].

“DIK - Das Deutsche Institut für Kautschuktechnologie arbeitet interdisziplinär in den Bereichen Elastomerchemie, Analytik, Elastomerphysik, Materialkonzepte und Modellierung, Simulationsverfahren und Kontinuumsmechanik, Verarbeitungstechnik sowie Werkstoffentwicklung und -prüfung.”^[2]

Founded: 1981
Sources: 22 sites

Similar organizations6

Compare all →

Each with its fit to German Institute of Rubber Technology, from 0 to 100%: how close it is in what it does, its industry, the distinctive parts both public maps hold, and size and region. 85% and above is a direct peer, 70 to 85 close, 60 to 70 related; under 65 is left out, so there may be few. Open a row for its breakdown.

86%
Direct peer
Leibniz-Institute for New MaterialsNonprofit · Science and engineering research institutes · Germany
Nonprofit · Science and engineering research institutes · Germany
Wir verbinden interdisziplinäre Forschung und Technologietransfer zur Entwicklung neuer Materialien.

Very close in what it does · Same segment · Same countryWhy 86%

Component	Match	Weight	Adds
What it doesHow close what it says it does reads to German Institute of Rubber Technology's, against an ordinary organization.	100%	60%	+60.0
IndustrySame segment	70%	30%	+21.1
Shared partsNo distinctive part in common.	0%	5%	+0.0
Size & regionCountry same · size not known for both · model not known for both.	100%	5%	+5.0
Fit			86%

Fit = Σ weight × match over the components known for both, the weights re-scaled to 100%. Unknown is left out, never counted as a difference.

84%

Weizenbaum InstituteNonprofit · Science and engineering research institutes · Germany

Nonprofit · Science and engineering research institutes · Germany

Das Weizenbaum-Institut steht für exzellente, unabhängige, interdisziplinäre und grundlagenorientierte Digitalisierungsforschung.

Very close in what it does · Same segment · Same countryWhy 84%

Component	Match	Weight	Adds
What it doesHow close what it says it does reads to German Institute of Rubber Technology's, against an ordinary organization.	96%	60%	+57.8
IndustrySame segment	70%	30%	+21.1
Shared partsNo distinctive part in common.	0%	5%	+0.0
Size & regionCountry same · size not known for both · model not known for both.	100%	5%	+5.0
Fit			84%

Fit = Σ weight × match over the components known for both, the weights re-scaled to 100%. Unknown is left out, never counted as a difference.

Parts: 2

84%

Neue Materialien Fürth GmbHNonprofit · Science and engineering research institutes · Germany

Nonprofit · Science and engineering research institutes · Germany

Ihr risikoreduzierter Pfad von der Forschung zum Prototypen. Experten für Gießtechnik, 3D-Druck, Umformtechnik und mehr.

Very close in what it does · Same segment · Same countryWhy 84%

Component	Match	Weight	Adds
What it doesHow close what it says it does reads to German Institute of Rubber Technology's, against an ordinary organization.	96%	60%	+57.6
IndustrySame segment	70%	30%	+21.1
Shared partsNo distinctive part in common.	0%	5%	+0.0
Size & regionCountry same · size not known for both · model not known for both.	100%	5%	+5.0
Fit			84%

Fit = Σ weight × match over the components known for both, the weights re-scaled to 100%. Unknown is left out, never counted as a difference.

Parts: 2

82%

IWW Water CentreNonprofit · Science and engineering research institutes · Germany

Nonprofit · Science and engineering research institutes · Germany

IWW steht für Ressourcenschutz & Wassergewinnung, Wassertechnologie, Analytik, Hygiene, Digital Services, Ökonomie & Management und Technische Betriebsoptimierung.

Very close in what it does · Same segment · Same countryWhy 82%

Component	Match	Weight	Adds
What it doesHow close what it says it does reads to German Institute of Rubber Technology's, against an ordinary organization.	93%	60%	+55.6
IndustrySame segment	70%	30%	+21.1
Shared partsNo distinctive part in common.	0%	5%	+0.0
Size & regionCountry same · size not known for both · model not known for both.	100%	5%	+5.0
Fit			82%

Fit = Σ weight × match over the components known for both, the weights re-scaled to 100%. Unknown is left out, never counted as a difference.

Parts: 2

79%

Forschungsvereinigung AntriebstechnikNonprofit · Science and engineering research institutes · Germany

Nonprofit · Science and engineering research institutes · Germany

Die FVA ist das weltweit erfolgreichste und größte Forschungs- und Innovationsnetzwerk in der Antriebstechnik. Industrielle Gemeinschaftsforschung ermöglicht, Wissen gewinnbringend zu teilen.

Very close in what it does · Same segment · Same countryWhy 79%

Component	Match	Weight	Adds
What it doesHow close what it says it does reads to German Institute of Rubber Technology's, against an ordinary organization.	88%	60%	+52.6
IndustrySame segment	70%	30%	+21.1
Shared partsNo distinctive part in common.	0%	5%	+0.0
Size & regionCountry same · size not known for both · model not known for both.	100%	5%	+5.0
Fit			79%

Fit = Σ weight × match over the components known for both, the weights re-scaled to 100%. Unknown is left out, never counted as a difference.

Parts: 3

78%

Institute for Ecological Economy ResearchNonprofit · Social science and humanities research institutes · Germany

Nonprofit · Social science and humanities research institutes · Germany

Führendes wissenschaftliches Institut auf dem Gebiet der praxisorientierten Nachhaltigkeitsforschung. Außeruniversitär, gemeinnützig, unabhängig.

Very close in what it does · Same industry · Same countryWhy 78%

Component	Match	Weight	Adds
What it doesHow close what it says it does reads to German Institute of Rubber Technology's, against an ordinary organization.	100%	60%	+60.0
IndustrySame industry	44%	30%	+13.2
Shared partsNo distinctive part in common.	0%	5%	+0.0
Size & regionCountry same · size not known for both · model not known for both.	100%	5%	+5.0
Fit			78%

Fit = Σ weight × match over the components known for both, the weights re-scaled to 100%. Unknown is left out, never counted as a difference.

Parts: 2

Similar organizations6

Leibniz-Institute for New MaterialsNonprofit · Science and engineering research institutes · Germany

Weizenbaum InstituteNonprofit · Science and engineering research institutes · Germany

Neue Materialien Fürth GmbHNonprofit · Science and engineering research institutes · Germany

IWW Water CentreNonprofit · Science and engineering research institutes · Germany

Forschungsvereinigung AntriebstechnikNonprofit · Science and engineering research institutes · Germany

Institute for Ecological Economy ResearchNonprofit · Social science and humanities research institutes · Germany