Product & service concepts for battery systems
Customised joining concepts for battery systems
Being the drive of the future, electromobility is in a constant process of optimisation. The focus is permanently set on the battery in particular, since it determines the range and ease of charging and is therefore decisive for the acceptance of this form of mobility.Almost all connection and joining technologies can be found in current battery systems. The joining technology has the task of durably connecting the battery components, even if they are made of very different materials. The special requirements on battery technology regarding fire protection, crash safety or high-voltage technology, with its strict safety regulations, demand the highest level of assembly reliability and performance from all used fastening technologies.
Due to the short development times of new battery generations, the manufacturers must be able to quickly test new, robust joining technologies and the corresponding assembly systems for the relevant material combinations and to make them ready for series production worldwide. EJOT supports new developments in battery systems and their peripherals with customised joining concepts.
Our special services for your fastening project in battery systems
Engineering
Our application engineers will support you directly on site, especially when it comes to demanding, technical joining questions in the area of battery systems.
CAE services
Special CAE services are available for the EVO PT® screw, for example FEMsupported component analysis to identify the point with the highest load.
Technical cleanliness
For special cleanliness requirements, the EJOCLEAN® range offers individual solutions to use "clean" fastening elements in assembly.
Online services
In the APPLITEC test laboratory, our experts examine your individual component and its fastening points and then give helpful design recommendations in a comprehensive test report.
Application engineering laboratory
In the APPLITEC test laboratory, our experts examine your individual component and its fastening points and then give helpful design recommendations in a comprehensive test report.
