ElringKlinger AG

Products and innovations

New product solutions contribute to CO2 reduction and pave the way for "green mobility" of the future

ElringKlinger has fully embraced one of the megatrends currently driving the automotive industry: emissions reduction. The majority of products in the portfolio contribute to the reduction of carbon dioxides, nitrogen oxides, hydrocarbons, or soot particulates - either through new lightweighting concepts, the continued optimization of cumbustion engines by means of downsizing or alternative drive technologies.  

With new legislation being introduced around the globe, manufacturers have no choice but to deliver substantial reductions in CO2 emissions. By 2021, for example, the level of greenhouse gases emitted by new vehicles will have to fall by a further 20% in Europe and by as much as 30% in the United States. At the same time, emerging markets such as China have their sights set on low-emissions technology, with a government-defined target of cutting CO2 emissions by up to 30%.

Drawing on its innovative technologies, ElringKlinger can help to meet these challenging standards.

Megatrend drives the automotive industry

Downsizing = optimizing the combustion engine

Downsizing refers to the reduction in engine capacity while improving the engine's efficiency. One of the most common ways of achieving this is to feed in air under increased pressure. The conventional combustion engine still holds tremendous potential for optimization of up to 25%. However, increasingly efficient engines also coincide with higher temperatures and injection pressures. This puts greater demands on shielding parts as well as cylinder-head and specialty gaskets. As a global market leader, ElringKlinger's R&D efforts in this specific field are focused on continuously evolving and refining the company's products in order to improve their durability, stability and thermal resistance. 

Additionally, ElringKlinger is currently looking to exploit other autonomous sources of energy within the vehicle itself. A case in point is the potential use of energy dissipated by thermal and acoustic shielding components. 

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Cylinder-head gaskets
Specialty gaskets
Shielding systems

Lightweighting = replacement of metal with plastics

CO2 emissions are influenced to a large extent by the overall weight of a vehicle. The following formula applies: less weight = lower fuel consumption = reduced emissions. Therefore, the use of plastics instead of metal holds tremendous potential. The aim here is to make vehicles lighter and thus more fuel efficient. In order to be able to replace as many sheet steel and aluminum components as possible, ElringKlinger engineers are not only working on conventional plastics but also on innovative hybrid materials and the requisite production processes.

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Lightweight plastic parts and modules for the powertrain

Lightweight plastic parts and modules for the vehicle body

Alternative drive concepts = fuel cells and battery technology

The automobile industry is evolving: battery technology, fuel cells, hybrid solutions. Low-emissions mobility can be accomplished by pursuing various approaches. ElringKlinger's product portfolio already includes battery and fuel cell components. As a result, the company is well equipped to tackle the challenges of the future.

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Battery technology and e-mobility
Cell contact systems