Cables for Electromobility
e-COF is COFICAB's dedicated brand for high-voltage cables designed to power the next generation of electric and hybrid vehicles. Built for both performance and adaptability, e-COF cables support a wide range of vehicle systems, both inside and outside the car, in compliance with international standards including ISO 19642 and others.
A flexible range of high-voltage cables designed to meet every EV application
e-COF cables are available in a wide variety of constructions and materials to meet different thermal, electrical, and mechanical demands. Every cable is tested to ensure optimal insulation, flexibility, and long-term durability.
Choose between traditional copper for superior conductivity or aluminum to reduce weight - both suited to the mechanical and electrical demands of high-voltage applications.
Flexible design options for single-core or multi-core layouts, compliant with ISO 19642-5/6/9/10 standards for voltages up to 1500V DC or 1000V AC.
Shielding options include tinned copper braids and/or aluminum foil to ensure reliable EMC protection across a range of environments.
Available in round or flat geometry to suit tight packaging zones or layered layouts, offering maximum space efficiency and installation flexibility.
Designed for thermal class T3 (125°C), T4 (150°C), and T6 (200°C/3000h). COFFLEX insulation provides silicone-like flexibility with enhanced abrasion resistance for T3/T4 applications.
ECOFUTURE cables are designed to be recyclable once the vehicle is dismantled, supporting a more circular automotive supply chain.
Versatile solutions for every high-voltage path.
The e-COF product range is designed to support all critical HV systems in electric vehicles. From battery to motor and charger, these cables ensure safe and efficient power flow throughout the drivetrain.
Single-core unscreened or screened cables are typically used to link main power components in the electric drivetrain.
Screened multi-core cables support systems such as electric air conditioning compressors and PTC auxiliary heaters.
Multi-core cables are also used to connect the charging socket to the onboard charger aggregate.
Our cable constructions are designed to meet a wide range of application needs, offering both copper and aluminum conductor options with or without screening.
Available in cross-sections ranging from 2.5 mm² to 200 mm², ideal for standard power transmission and distribution.
2 to 5 cores with braid and aluminum foil, offering flexibility and shielding for complex electrical systems.
Ranging from 2.5 mm² to 200 mm², designed with braid and aluminum foil for enhanced EMI protection and signal integrity.
From 10 mm² to 200 mm², providing a lightweight alternative with effective shielding performance for larger power applications.
Efficiency in Charging Cables
e-COF Charge extends the e-COF brand to the external charging interface, supporting both AC and DC charging systems. Designed to comply with global standards and connector types, these cables combine durability, ergonomics, and safety, meeting the needs of public infrastructure and residential charging alike.
Our charging cables are engineered to provide a seamless charging experience while ensuring thermal and mechanical stability in demanding environments.
Our charging cables are engineered to support all major EV charging connectors, ensuring global flexibility and market readiness. From AC home charging to DC fast-charging networks, our solutions are compatible with every standard in use today.
J1772 (or Type 1)
DC
CHAdeMO
Japan
J1772 (or Type 1)
DC
CCS1
America
MENNEKES (or Type 2)
DC
CCS2
Europe (Rest of the World)
GB/T
DC
GB/T
China
e-COF is designed to meet the evolving demands of modern automotive. With high thermal resistance, lightweight construction, and flexible configurations, it delivers reliable performance in high-voltage environments. Whether for standard or extreme conditions, e-COF offers a versatile and sustainable solution tailored for the future of electrification.
Get in touch with our technical team - we're here to help.
customeronlinerequest@coficab.com