Enable optimal performance in electronic devices and applications while effectively managing heat with LOCTITE® Bergquist® thermal management materials.
The electric vehicle (EV) market is accelerating rapidly, requiring a robust electric charging infrastructure to advance EV viability and consumer convenience. Along with more charging stations, fast charging is needed at lower manufacturing and installation costs while increasing the efficiency, reliability, and durability of the EV charging equipment.
Meeting market needs with convenient, fast, safe charging in a sustainable way requires innovative materials for thermal management, adhesion, and protection. See how a range of materials are used to enhance charging, even in unpredictable outdoor environments.
- Brochure
- Case study
- White paper
- AC chargers
- DC fast chargers
- Charging connectors
With voltage ratings as high as 500 V for DC fast chargers and up to 800 V for ultra-fast chargers, dissipating heat from power switching components and providing safety agencyrecognized insulation is mission-critical for reliable operation.
FIPFG and sealing products simplify deposition for diverse enclosures. Adhesion to various surfaces, adaptable curing, -55°C to 150°C range assist charger designers in high-volume device processing and protection metrics.
Used wherever enhanced physical strength is required, such as around large components like capacitors, Henkel staking adhesives offer additional support. Resistant to fluids, salts and alkalis, they perform well under extreme environmental conditions to ensure long-term reliability.
Henkel coatings defend circuits from environmental stress, offering operational integrity. Easy to apply and process, these SVHC-compliant, solventless, tin-free formulas provide UV and moisture cure-capability for sustainable protection.
Market-leading LOCTITE® brand threadlockers secure and seal threaded fasteners, but also allow disassembly when needed. Ideal for EV charging devices, threadlockers prevent vibration-induced loosening, seal out fluids and corrosion, and keep bolts, nuts and studs firmly in place.
Home charging stations use AC charging often take much longer to fully charge a vehicle compared to commercial charging stations (DC). Developments are focused on energy efficiency and distributed energy resources.
FIPFG and sealing products simplify deposition for diverse enclosures. Adhesion to various surfaces, adaptable curing, -55°C to 150°C range assist charger designers in high-volume device processing and protection metrics.
Market-leading LOCTITE® brand threadlockers secure and seal threaded fasteners, but also allow disassembly when needed. Ideal for EV charging devices, threadlockers prevent vibration-induced loosening, seal out fluids and corrosion, and keep bolts, nuts and studs firmly in place.
Used wherever enhanced physical strength is required, such as around large components like capacitors, Henkel staking adhesives offer additional support. Resistant to fluids, salts and alkalis, they perform well under extreme environmental conditions to ensure long-term reliability.
With voltage ratings as high as 500 V for DC fast chargers and up to 800 V for ultra-fast chargers, dissipating heat from power switching components and providing safety agencyrecognized insulation is mission-critical for reliable operation.
Henkel conformal coatings ensure electronic operational integrity by defending electronic circuits from thermal shock, dust, moisture and dynamic environmental conditions. Simple to apply and process, these SVHC, solventless, tin-free formulas are UV and moisture cure-capable for optimized sustainable protection.
Growing demand for ultra-fast DC charging stations will help avoid bottlenecks or overloading the grid at peak load times. Materials support DC fast chargers with thermal management and protection from harsh environmental conditions.
UL-certified potting materials streamline mass production with fast curing, easy dispensing, and adaptable gel time. Henkel's solutions provide robust protection, high elongation to break, and excellent dielectric properties for safe high-voltage operation across a broad temperature and humidity range.
UL-certified potting materials streamline mass production with fast curing, easy dispensing, and adaptable gel time. Henkel's solutions provide robust protection, high elongation to break, and excellent dielectric properties for safe high-voltage operation across a broad temperature and humidity range.
There are four types of charging connectors. Advanced materials allow simple integration into mass production operations while providing tough protection and excellent dielectric properties to enable safe, high-voltage operation.
FIPFG and sealing products simplify deposition for diverse enclosures. Adhesion to various surfaces, adaptable curing, -55°C to 150°C range assist charger designers in high-volume device processing and protection metrics.
UL-certified potting materials streamline mass production with fast curing, easy dispensing, and adaptable gel time. Henkel's solutions provide robust protection, high elongation to break, and excellent dielectric properties for safe high-voltage operation across a broad temperature and humidity range.
Henkel coatings defend circuits from environmental stress, offering operational integrity. Easy to apply and process, these SVHC-compliant, solventless, tin-free formulas provide UV and moisture cure-capability for sustainable protection.
Get in touch with our experts and start exploring advanced materials solutions today.
