DSM Engineering Plastics Europe BV
P.O. Box 43,
6130 AA
Geleen
Urmonderbaan 22, 6167 RD Geleen
Netherlands
Urmonderbaan 22, 6167 RD Geleen
Netherlands
Location
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Visit us
17.10.2019
Topic
15:00 - 16:00
Tech seminar - Safer connected homes around the world
Increasingly smart home appliances get connected to the smart grid and are left unattended more often to carry out ever-more complex tasks. Therefore the need for safety and reliability is increasing to avoid the risk of electrical failures and potentially fatal fires. There is a growing need for insulation plastics in electrical interconnects with higher performance in electrical resistance, flame retardance, heat or chemical resistance (high CTI/flame retardancy/glow wire)
Presenters:
Dr. Tamim P. Sidiki – Global marketing director DSM Engineering Plastics
Dr. Loek Ribberink – Global product manager DSM Engineering Plastics
Presenters:
Dr. Tamim P. Sidiki – Global marketing director DSM Engineering Plastics
Dr. Loek Ribberink – Global product manager DSM Engineering Plastics
16:15 - 17:15
Tech seminar - On the road with high voltage
On the road with high voltage
To make electric vehicles appealing to consumers, battery-charging times need to come down. One way to achieve this is through ultrafast high-voltage charging, which can cut down charging time to about 20 min for an 80% full charge. Such high-voltage systems introduce new challenges for the materials used in the high voltage path carrying the electrical power from the charging plug all the way to the battery and e-motors. Engineers need to meet strict design parameters for dielectric strength, creeping, tracking resistance, and the ability to color code various electrical systems (high CTI/ Flame retardancy)
Presenters:
Dr. Tamim P. Sidiki – Global marketing director DSM Engineering Plastics
Dr. Hans Hoekstra – R&T manager DSM Engineering Plastics
To make electric vehicles appealing to consumers, battery-charging times need to come down. One way to achieve this is through ultrafast high-voltage charging, which can cut down charging time to about 20 min for an 80% full charge. Such high-voltage systems introduce new challenges for the materials used in the high voltage path carrying the electrical power from the charging plug all the way to the battery and e-motors. Engineers need to meet strict design parameters for dielectric strength, creeping, tracking resistance, and the ability to color code various electrical systems (high CTI/ Flame retardancy)
Presenters:
Dr. Tamim P. Sidiki – Global marketing director DSM Engineering Plastics
Dr. Hans Hoekstra – R&T manager DSM Engineering Plastics
21.10.2019
Topic
16:00 - 17:00
Tech seminar - EMI Shielding with plastic: future of metal replacement in electrical cars
EMI Shielding with Plastic: future of metal replacement in electrical cars
EMI shielding and thermal management are becoming increasingly important in automotive electronics. Critical electronics systems like ECUs and power management modules are typically housed in metallic enclosures. The metal housing provides environmental protection for the board, dissipates the heat of the processor and power electronics to prevent over- heating. Such metal housings however are pretty heavy in weight. At the same time, it effectively shields EMI caused by adjacent onboard electronic systems as well as from outside the car that may interfere with the sensitive integrated circuits (ICs) leading to severe electrical failures. DSM’s portfolio of conductive plastics enable the replacement of full metal enclosures with shielding efficiencies of around 50-70bB of plastic thickness. Replacing die-cast aluminum housings by engineering plastics that combine thermal conductivity with electro-magnet interference can lead to weight reductions of 50%.
Presenters:
Dr. Tamim P. Sidiki – Global marketing director DSM Engineering Plastics
Dr. Michael C. Villet - Materials scientist, DSM Engineering Plastics
EMI shielding and thermal management are becoming increasingly important in automotive electronics. Critical electronics systems like ECUs and power management modules are typically housed in metallic enclosures. The metal housing provides environmental protection for the board, dissipates the heat of the processor and power electronics to prevent over- heating. Such metal housings however are pretty heavy in weight. At the same time, it effectively shields EMI caused by adjacent onboard electronic systems as well as from outside the car that may interfere with the sensitive integrated circuits (ICs) leading to severe electrical failures. DSM’s portfolio of conductive plastics enable the replacement of full metal enclosures with shielding efficiencies of around 50-70bB of plastic thickness. Replacing die-cast aluminum housings by engineering plastics that combine thermal conductivity with electro-magnet interference can lead to weight reductions of 50%.
Presenters:
Dr. Tamim P. Sidiki – Global marketing director DSM Engineering Plastics
Dr. Michael C. Villet - Materials scientist, DSM Engineering Plastics
16:15 - 17:15
Tech seminar - On the road with high voltage
On the road with high voltage
To make electric vehicles appealing to consumers, battery-charging times need to come down. One way to achieve this is through ultrafast high-voltage charging, which can cut down charging time to about 20 min for an 80% full charge. Such high-voltage systems introduce new challenges for the materials used in the high voltage path carrying the electrical power from the charging plug all the way to the battery and e-motors. Engineers need to meet strict design parameters for dielectric strength, creeping, tracking resistance, and the ability to color code various electrical systems (high CTI/ Flame retardancy)
Presenters:
Dr. Tamim P. Sidiki – Global marketing director DSM Engineering Plastics
Dr. Hans Hoekstra – R&T manager DSM Engineering Plastics
To make electric vehicles appealing to consumers, battery-charging times need to come down. One way to achieve this is through ultrafast high-voltage charging, which can cut down charging time to about 20 min for an 80% full charge. Such high-voltage systems introduce new challenges for the materials used in the high voltage path carrying the electrical power from the charging plug all the way to the battery and e-motors. Engineers need to meet strict design parameters for dielectric strength, creeping, tracking resistance, and the ability to color code various electrical systems (high CTI/ Flame retardancy)
Presenters:
Dr. Tamim P. Sidiki – Global marketing director DSM Engineering Plastics
Dr. Hans Hoekstra – R&T manager DSM Engineering Plastics
22.10.2019
Topic
15:00 - 16:00
Tech seminar - Safer connected homes around the world
Safer connected homes around the world
Increasingly smart home appliances get connected to the smart grid and are left unattended more often to carry out ever-more complex tasks. Therefore the need for safety and reliability is increasing to avoid the risk of electrical failures and potentially fatal fires. There is a growing need for insulation plastics in electrical interconnects with higher performance in electrical resistance, flame retardance, heat or chemical resistance (high CTI/flame retardancy/glow wire)
Presenters:
Dr. Tamim P. Sidiki – Global marketing director DSM Engineering Plastics
Dr. Loek Ribberink – Global product manager DSM Engineering Plastics
Increasingly smart home appliances get connected to the smart grid and are left unattended more often to carry out ever-more complex tasks. Therefore the need for safety and reliability is increasing to avoid the risk of electrical failures and potentially fatal fires. There is a growing need for insulation plastics in electrical interconnects with higher performance in electrical resistance, flame retardance, heat or chemical resistance (high CTI/flame retardancy/glow wire)
Presenters:
Dr. Tamim P. Sidiki – Global marketing director DSM Engineering Plastics
Dr. Loek Ribberink – Global product manager DSM Engineering Plastics
16:15 - 17:15
Tech seminar - On the road with high voltage
On the road with high voltage
To make electric vehicles appealing to consumers, battery-charging times need to come down. One way to achieve this is through ultrafast high-voltage charging, which can cut down charging time to about 20 min for an 80% full charge. Such high-voltage systems introduce new challenges for the materials used in the high voltage path carrying the electrical power from the charging plug all the way to the battery and e-motors. Engineers need to meet strict design parameters for dielectric strength, creeping, tracking resistance, and the ability to color code various electrical systems (high CTI/ Flame retardancy)
Presenters:
Dr. Tamim P. Sidiki – Global marketing director DSM Engineering Plastics
Dr. Hans Hoekstra – R&T manager DSM Engineering Plastics
To make electric vehicles appealing to consumers, battery-charging times need to come down. One way to achieve this is through ultrafast high-voltage charging, which can cut down charging time to about 20 min for an 80% full charge. Such high-voltage systems introduce new challenges for the materials used in the high voltage path carrying the electrical power from the charging plug all the way to the battery and e-motors. Engineers need to meet strict design parameters for dielectric strength, creeping, tracking resistance, and the ability to color code various electrical systems (high CTI/ Flame retardancy)
Presenters:
Dr. Tamim P. Sidiki – Global marketing director DSM Engineering Plastics
Dr. Hans Hoekstra – R&T manager DSM Engineering Plastics
Our range of products
Product categories
- 01 Raw materials, auxiliaries
- 01.01 Thermoplastics
- 01.01.049 Polyamide PA 46
Polyamide PA 46
- 01 Raw materials, auxiliaries
- 01.01 Thermoplastics
- 01.01.054 Polyamide PA 66
Polyamide PA 66
- 01 Raw materials, auxiliaries
- 01.01 Thermoplastics
- 01.01.092 Polyphenylene sulfide (PPS)
Polyphenylene sulfide (PPS)
Our products
Product category: Polyamide PA 46
E-motor electric insulation
Although it will still take several years before Hybrid Cars and Electrical Vehicles will be produced in substantial numbers, today DSM is already cooperating with various customers in the automotive industry in order to find the best solutions for various applications including: - start/stop components (such as starter gears and solenoids and alternator bearings, covers and bobbins in Stanyl PA46) - coil insulation for electromotors (in Stanyl PA46) - High Voltage cables (in Arnitel TPC) - High Voltage connectors (in Arnite PBT) or High Voltage charging plugs (in Akulon PA6) - Structural parts and body panels (in thermoplastics or thermosets) Some of these solutions are described below in more details.
Product category: Polyamide PA 66
Appliance connectors
With specially developed Akulon® SafeConnect and EcoPaXX® PA410 grades, DSM has a complete portfolio of polyamides that not only enable OEMs to meet the EN 60335-1 international standard on safety of household and similar appliances, but which also meet individual OEM requirements that go beyond international standards. The materials meet the highest flame resistance requirements of standards organizations all around the world and have the required electrical properties.
Product category: Polyphenylene sulfide (PPS)
Thermostat housing
Xytron (PPS) is an ideal material for challenging automotive applications like powertrain, engine cooling, air and thermal management applications and fuel cells. Xytron is also an ideal replacement for brass and stailess steel components in domestic water applications such as faucets, pumps and valves and offers an intrisic flame retardancy suitable for circuit breakers, bobbins, switches, encapsulated coils, ......
About us
Company details
Bright Science. Brighter Living.™
Royal DSM is a global purpose-led, science-based company in Nutrition, Health and Sustainable Living. DSM’s purpose is to create brighter lives for all. With its products and solutions DSM addresses some of the world’s biggest challenges whilst creating simultaneously economic, environmental and societal value for all its stakeholders; customers, employees, shareholders, and society-at-large. DSM delivers innovative solutions for human nutrition, animal nutrition, personal care and aroma, medical devices, green products and applications, and new mobility and connectivity. DSM and its associated companies deliver annual net sales of about €10 billion with approximately 23,000 employees. The company was founded in 1902 and is listed on Euronext Amsterdam.
Royal DSM is a global purpose-led, science-based company in Nutrition, Health and Sustainable Living. DSM’s purpose is to create brighter lives for all. With its products and solutions DSM addresses some of the world’s biggest challenges whilst creating simultaneously economic, environmental and societal value for all its stakeholders; customers, employees, shareholders, and society-at-large. DSM delivers innovative solutions for human nutrition, animal nutrition, personal care and aroma, medical devices, green products and applications, and new mobility and connectivity. DSM and its associated companies deliver annual net sales of about €10 billion with approximately 23,000 employees. The company was founded in 1902 and is listed on Euronext Amsterdam.