Coils, actuators, and electrical connectors for the automotive sector
Contact usATAM supplies highly specialized components for the automotive sector, designed to ensure reliability and excellent performance. The range of ATAM electrical connectors, actuators, and electromagnetic coils for cars is developed using advanced technologies and high-quality materials to meet the stringent requirements of electric, hybrid, and internal combustion vehicles. Attention to design details and strict process control make ATAM a strategic partner for cutting-edge technical solutions.

Integration and customization
All ATAM coils, connectors, and actuators for the automotive industry are designed to integrate seamlessly into the most advanced automotive systems. ATAM’s ability to develop tailor-made solutions allows each product to be adapted to the specific application requirements of the automotive sector. Thanks to an advanced engineering approach and flexible production processes, we offer highly customized components that meet the strictest requirements for performance, reliability, and regulatory compliance.

Materials and configurations
ATAM electrical connectors and coils for the automotive sector ensure stable and secure connections in complex systems. Made from durable materials, they offer excellent mechanical, thermal, and chemical resistance, essential in environments subjected to continuous stress.
ATAM electromagnetic coils are designed with high-quality encapsulation resins, which enhance their durability and resistance to extreme operating conditions.
Available in standard or customized configurations, our connectors and coils are engineered to withstand vibrations, dust, and moisture, with IP65, IP67, and IP69K protection ratings. This makes them ideal for critical applications such as engine management systems, sensors, and onboard electronic devices. Additionally, thanks to their modular design, ATAM connectors and coils can be easily integrated into modern electric, hybrid, and internal combustion vehicles, improving the operational efficiency of all systems.