Applikation F&E

Seitdem die Forschungs-und Entwicklungsabteilung von GH ELECTROTERMIA, S.A.U (damals als GH INDUSTRIAL S.A. bekannt) 1985 den ersten Transistorgenerator entwickelte, sind viele Anwendungen für den Gebrauch von Induktionserwärmungsmethoden gefunden worden.

Die Möglichkeiten wuchsen zu so einem Ausmaß, dass 1998 entschieden wurde die Anwendungen Forschungs- & Entwicklungsabteilung zu schaffen, welche sich lediglich um den Prozess nach dem Ausgangskreislauf kümmert, der für jede Anwendung benötigt wird, ohne den Generator zu beachten.

Die ganze Forschungs- und Entwicklungsarbeit der GH Group, bezüglich neuer Anwendungen und Verfahren, findet in der Forschungs- und Entwicklungs- Anwendungsabteilung der Firmen der GH Group statt.

Die Forschungs- und Entwicklungs- Anwendungsabteilung hat seit 1998 ihre eigene organisatorische und funktionelle Struktur, und hat ihre Forschungsaufgaben auf neue Erwärmungsprozesse spezialisiert, die bis dahin noch keine Induktion genutzt haben oder bei denen die Induktionserwärmung von großem Vorteil sein kann, indem die technologische Entwicklung der Herstellungssysteme gefördert wird.

Projekte

2020

2019

2018

2017

2016

2010

2009

2007

Design and development of inductors and heating stations, for the realization of stress relief thermal treatments without the use of impeders and with fine adjustment of the temperature differential between different points of the treated pipe (CORE-LESS project)

Project co-funded by CDTI and the EUROPEAN REGIONAL DEVELOPMENT

Study of adverse phenomena in the processing of copper powder with EBM technology (OMEGA2X project)

Project funded by INNOVATION AGENCY FOR THE VALENCIAN REGION (AVI)

Development of Inductors and Heating Stations, for the performance of core hardening treatments, for solid parts with ultra-fast heating times (TECOMA project)

This project has been co-funded by CDTI, and the European Union through the Operational Programme Smart Growth ERDF 2014-2020. The reference number of the project is EXP 00116293 / IDI-20190058.

Design of ultra-compact vertical induction heating systems for scanning pieces hardening treatment through the use of power and frequency extended range systems (INDURATE project)

Project co-funded by CDTI and the EUROPEAN REGIONAL DEVELOPMENT

Development of heating stations and inductors, for the heating of copper strips in high production equipment, through the use of transversal flux (FLAP Project)

Project co-funded by CDTI and the EUROPEAN REGIONAL DEVELOPMENT FUND: IDI-20170338

Development of adaptive resonant heating stations, for the realization of differentiated thermal treatments, consecutively and with automatic adjustment, using a single inductor and a single heating station (ECRA Project)

Project co-funded by CDTI and the EUROPEAN REGIONAL DEVELOPMENT FUND: IDI-20170337

Development of heating stations and ROtary inductors, for conducting heat treatments in Motion with the capacity of being Adapted for the treatment of Different types of pieces (ROMA Project)

Project co-funded by CDTI and the EUROPEAN REGIONAL DEVELOPMENT FUND: IDI‐20160144

Examination and development of a highly innovative system for dismantling plasma and LCD screens by means of induction heating for recycling their components

Subsidised by IMPIVA.

Development of a new stress relief process for application at the ends of tubes with no welding bead, by means of heating induction, for optimising their quality and improving the production yield

Examination of the induction heating technology applied in the bainite hardening process for eliminating cyanide salts

System for Postheating cables by induction

Subsidised by CDTI (Centre for Industrial Technological Development) with case reference: IDI-2007-0434.

Applikation F&E

Applikation F&E

Projekte

Design and development of inductors and heating stations, for the realization of stress relief thermal treatments without the use of impeders and with fine adjustment of the temperature differential between different points of the treated pipe (CORE-LESS project)

Study of adverse phenomena in the processing of copper powder with EBM technology (OMEGA2X project)

Development of Inductors and Heating Stations, for the performance of core hardening treatments, for solid parts with ultra-fast heating times (TECOMA project)

Design of ultra-compact vertical induction heating systems for scanning pieces hardening treatment through the use of power and frequency extended range systems (INDURATE project)

Development of heating stations and inductors, for the heating of copper strips in high production equipment, through the use of transversal flux (FLAP Project)

Development of adaptive resonant heating stations, for the realization of differentiated thermal treatments, consecutively and with automatic adjustment, using a single inductor and a single heating station (ECRA Project)

Development of heating stations and ROtary inductors, for conducting heat treatments in Motion with the capacity of being Adapted for the treatment of Different types of pieces (ROMA Project)

Examination and development of a highly innovative system for dismantling plasma and LCD screens by means of induction heating for recycling their components

Development of a new stress relief process for application at the ends of tubes with no welding bead, by means of heating induction, for optimising their quality and improving the production yield

Examination of the induction heating technology applied in the bainite hardening process for eliminating cyanide salts

System for Postheating cables by induction

Select region & language