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LANXESS intensifies focus on electromobility 2019.04.05

Cologne, Germany - April 01, 2019 - The specialty chemicals company LANXESS sees great application potential for its technical plastics under the brands Durethan (polyamide) and Pocan (polybutylene terephthalate) in the New Mobility growth market. The new group is the central point of contact for electromobility development projects and inquiries from all regions.

The LANXESS Tower in Cologne, Germany.
LANXESS is a leading specialty chemicals company with sales of EUR 7.2 billion in 2018.
The company currently has about 15,400 employees in 33 countries and is represented at 60 production sites worldwide.
Photo courtesy of LANXESS AG
 

Cologne, Germany – April 01, 2019

• Great potential for polyamides and polybutylene terephthalates in the electric powertrain

• Focus on batteries, motors and inverters as well as on charging systems and elements of the charging infrastructure

• Substitution of conventional materials such as die-cast aluminum

The specialty chemicals company LANXESS sees great application potential for its technical plastics under the brands Durethan (polyamide) and Pocan (polybutylene terephthalate) in the New Mobility growth market.

This is why the High Performance Materials business unit founded the “e-Powertrain team”, which is geared to the needs of the global automotive industry and supports external partners throughout the entire development chain for components of electric vehicles and the associated infrastructure.

The team of engineers from the e-Powertrain group at LANXESS is the central point of contact for new mobility development projects.
Photo courtesy of LANXESS AG
 
This support includes materials that are tailor-made for specific customers and applications as well as processing development and engineering services for component design such as CAE simulations, moldflow calculations and finished product inspections.

The new group is the central point of contact for electromobility development projects and inquiries from all regions.

Julian Haspel, who heads the e-Powertrain group at LANXESS, at the VDI Congress ‘Plastics in Automotive Engineering’ in Mannheim, Germany.
Photo courtesy of LANXESS AG
 
“We coordinate knowledge exchange among our application and processing development centers, which we operate in all of the world’s major economic regions. The aim is to provide our international partners with the best possible products and service locally. We are also responsible for close-to-production and advance development projects,” explained Julian Haspel, who heads the team.


90 percent of all new vehicles electrified by 2035

It is estimated that far in excess of 120 million vehicles will be produced in 2035.

According to studies conducted by LANXESS, around 90 percent of those will be electrified – equipped with either a mild-hybrid drive, plug-in-hybrid-drive or fully electric drive.

However, around 80 percent – the vast majority – of newly registered vehicles will still have a combustion engine.

“We expect both increasing vehicle electrification and the trend toward autonomous driving to entail a sharply rising demand for polyamides, polyesters such as PBT and continuous-fiber-reinforced thermoplastic composites,” said Haspel, looking ahead.

Julian Haspel, who heads the e-Powertrain group at LANXESS, at the VDI Congress ‘Plastics in Automotive Engineering’ in Mannheim, Germany.
Photo courtesy of LANXESS AG
 

New mix of properties needed

Above all, the main properties of the plastics used in components such as electric drives include low flammability, good thermal conductivity and,  increasingly,  electromagnetically shielding behavior.

In addition to high strength, rigidity and toughness values, good electrical properties such as high creepage current resistance will still be needed.

Furthermore, conductive components must not be prone to electrical corrosion – at least as far as this is possible.

Taken in isolation, all these properties are nothing new for plastic applications in electrical engineering and electronics.

To meet New Mobility requirements, however, these sometimes mutually exclusive requirements have to be combined.

“Thanks to our many years of doing business with the E/E and automotive industries, we already have materials that conform to the most important global standards and standards of the E/E sector and are also used in vehicles,” said Haspel.
“We are also constantly working on new formulations to meet customer requirements.”


Collaboration on setting norms and standards

The requirement profiles for many applications in electric vehicles are either still under discussion or vary among countries, automotive manufacturers and suppliers.

Haspel:
“We work together on projects with our partners from the automotive and E/E industries to influence the definition of new standards, and we utilize our experience with both sectors for that purpose. Our customers benefit from that.”

LANXESS hosted the first Materials Day in Shanghai, China.
Showcasing the company´s expertise in New Mobility to experts of the automotive industry, the conference offered solutions to increase energy and cost efficiency for fuel and new energy vehicles
.
Photo courtesy of LANXESS AG
 

Wide range of applications

LANXESS has identified a range of key applications for its thermoplastics in the field of electromobility.

In addition to charging systems, inverters, electric motors and ancillary units such as cooling pumps and heating systems for the interior, the main focus is the battery system, where potential applications include cell holders, spacers, covers, supply lines, module carriers and housing parts.

In many of these applications, the manufacturers of E/E components use traditional materials such as die-cast metals.

“We see huge potential here for substituting these for our high-modulus compounds and continuous-fiber-reinforced composites, for example in carriers of electronics modules in the area of the battery. We support manufacturers looking to exploit the lightweight construction potential, the design flexibility and the high, cost-reducing integration potential of our materials by providing material recommendations and component designs specially developed for plastic,” explained Haspel.

With its outstanding strength and rigidity, halogen-free, flame-retardant polyamide 6 Durethan BKV45FN04 is ideal for not only module carriers but also battery cell frames and cover plates.

Photo courtesy of LANXESS AG
 

Preventing electrical corrosion

In the plastics used for live components in high-voltage batteries, the level of metal- and halide-containing additives must be kept to a minimum in order to prevent damage or failure as a result of electrical corrosion.

Examples of such materials include polyamides from the Durethan brand with H3.0 or XTS3 thermostabilization.


Haspel: “For extreme requirements, we are currently developing new compounds under the name Durethan LHC together with customers. LHC stands for low halide content.”

The first product from this series is the easy-flowing polyamide 6 Durethan BKV30H3.0EF DUSLHC.

Photo courtesy of LANXESS AG
 

Autonomous driving and infrastructure for electric vehicles

The structural materials manufactured by LANXESS also offer great potential in electromobility infrastructure and in driver assistance systems – including in systems designed to enable autonomous driving.

“We envisage them in a range of areas including housing parts, line circuit breakers and connection terminals in charging stations,” said Haspel.

Possible applications in driver assistance systems include connectors and housings for sensors, displays and control units.

Module rack for Mercedes-Benz S-Class convertible made of continuous-fiber-reinforced thermoplastic composite.
LANXESS subsidiary presents large-area structural part in thin-wall design.
Blanks made of Tepex dynalite
(left); shaped and overmolded blanks with numerous integrated functions (right).
The flat areas of the module rack are only one millimeter thick thanks to Tepex dynalite.
Photo courtesy of LANXESS AG / Pöppelmann Kunststofftechnik GmbH & Co. KG
 

Cost-effective alternatives to polyamide 66

LANXESS is expanding the new polyamide 6 Durethan P product range with the addition of two highly reinforced material variants that can be used, among other things, as an economical alternative to polyamide 66 materials.

Durethan BKV50PH2.0 and Durethan BKV60PH2.0EF have short glass fiber content levels of 50 and 60 percent by weight respectively.

The “P” in the product name stands for “Performance” and indicates the high fatigue resistance  of these materials  against pulsating loads.

This means that these grades are many times more resistant to cyclical mechanical loads than standard products with the same glass fiber content.

Potential applications include supporting structures for electrical and electronics modules in batteries for electric vehicles, engine oil pans, oil filter modules and end caps, engine and chassis mounts, damper pistons, and seat shells for passenger cars.

In mechanical engineering, the new materials are suitable for dynamically highly stressed components such as gear wheels.


In the HiAnt fatigue screening test, Durethan BKV60PH2.0EF is partly many times more resistant to cyclical mechanical loads than the standard product with the same glass fiber content.
Photo courtesy of LANXESS AG
 

Substituting polyamide 66 while maintaining component weight

The mechanical properties of both high-modulus thermoplastics are at a high level similar to those of comparable polyamide 66 materials.

“As a result, we also see both product innovations as cost-effective alternatives to polyamide 66 compounds, which have become significantly more expensive recently due to their limited availability,” explains Dr. Thomas Linder, an expert in the development of Durethan.

Tests at LANXESS revealed that it is possible to use product variants with the same glass fiber content and therefore the same material density as substitutes.
As a result the component weight does not increase.


At Fakuma, the international trade fair for plastics processing, in October 2018, LANXESS had presented the first representatives of the new product range with Durethan BKV30PH2.0, BKV35PH2.0, BKV40PH2.0, and Durethan BKV130P.

Their glass fiber content levels are between 30 and 40 percent. Conceivable applications include air intake and oil filter modules for cars as well as load-bearing housings of power tools.

The elastomer-modified Durethan BKV130P is particularly impact-resistant and is suitable for furniture locking system components, for example.
All four compounds are also suitable substitutes for polyamide 66.

‘High-Tech Thermoplastics for Future Mobility’ is the slogan under which the High Performance Materials (HPM) business unit of LANXESS showcasing at the VDI Congress ‘Plastics in Automotive Engineering’ in Mannheim, Germany.
Photo courtesy of LANXESS AG
 

Better tensile strength at higher temperatures

Like their “siblings”, the two new highly reinforced compounds are characterized by improved mechanical and structural properties.

“For example, their tensile strength at high temperatures is higher than standard polyamide 6 variants with the same glass fiber content,” says Linder.

To assess this behavior under a pulsating load, LANXESS has developed a HiAnt fatigue screening test that is based on a conventional Wöhler test.

This revealed that under a transverse load of 65 megapascals, the lifespan of Durethan BKV50PH2.0 is around eight times longer than that of a standard polyamide 6 with the same glass fiber content.

In a corresponding comparison, Durethan BKV60PH2.0EF demonstrates a fatigue behavior that is around ten times better.

At the same time, Durethan BKV60PH2.0EF is characterized by its good flow properties (easy flowing, EF).

The thermoplastic is therefore easy to process despite its high degree of glass fiber reinforcement.

Its flowability is of a similarly high level to that of a polyamide 6 with glass fiber content of 30 to 35 percent.

Lanxess focuses on new mobility and  the substitution of polyamide 66.
LANXESS supports customers worldwide in all phases of plastic component development with its tailored HiAnt services.
These include, for example, tensile tests to determine material data
.
Photo courtesy of LANXESS AG
 

HiAnt – customer service right through to the start of production

The services with which LANXESS supports project partners during the development of components for use under pulsating loads include a wide range of component tests.

“The equipment at our shaker technical center covers all current vibration tests for the fatigue behavior of components in vehicle applications,” explains Linder.

Its customer service also includes pressure threshold tests on components from the vehicle cooling circuit as well as pressure change and backfire tests.

All these services are part of HiAnt.

Under this brand, LANXESS has bundled its engineering expertise in the development of thermoplastic components for customers.

High-tech lightweight design with thermoplastics.
Photo courtesy of LANXESS AG
 

LANXESS AG

LANXESS is a leading specialty chemicals company with sales of EUR 7.2 billion in 2018.

The company currently has about 15,400 employees in 33 countries and is represented at 60 production sites worldwide.


 
 
The core business of LANXESS is the development, manufacturing and marketing of chemical intermediates, additives, specialty chemicals and plastics.

LANXESS is listed in the leading sustainability indices Dow Jones Sustainability Index (DJSI World and Europe) and FTSE4Good.


Since August 1, 2013, specialty chemicals Group LANXESS is steering its global business from the LANXESS Tower in Cologne, Germany.
Photo courtesy of LANXESS AG
 

Contact

Michael Fahrig
Spokesperson Trade and Technical Press
Phone: +49 221 8885 5041
Fax: +49 221 8885 4865


Source: LANXESS AG

https://lanxess.com/en/corporate/media/press-releases  



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