Zero Emissions Vehicles

A solenoid pilot-operated diaphragm valve designed for long service life and high performance in harsh environments. With IP6K9K protection, multiple nozzle and voltage options, and flow capability up to 83 l/min, it delivers precise 2/2-way coolant control across a wide temperature range (–40°C to 120°C).

It features a reliable solder-free coil connection, transient-voltage protection and supports pressures up to 2.5 bar.

Electrochemically neutral and corrosion-free valves which have created value in the industry for over 15 years. Available in 2/2 and 3/2 configurations for bypass applications, they provide reliable flow control up to 30 l/min and operate from –30°C to 110°C.

With manual override, IP6K9K connectors and automotive approvals (E1 10R-036112, DC10842), they provide robust thermal-management capability.

A durable, corrosion-free solution for high-flow applications. Offering 2/2 and 3/2 options for bypass or mixing, with flow rates up to 216 l/min (2-way) and automotive approvals, they support operating temperatures from –30°C to 110°C and pressures up to 2.5 bar. Ideal for high-demand coolant routing and control in advanced powertrains.

A low-power DC-motor actuator with up to 180° rotation and integrated feedback for accurate flow positioning. Approved for ECE R10 and available in 12V and 24V, the actuator offers CAN and analogue control options and provides zero-power holding – ideal for IMI’s HVAC valves and ventilation flaps in commercial vehicles.

A modular valve platform offering 2/2, 3/2, 4/2, 5/4 and 8/8 configurations for shutoff, bypass, mixing, directional change or multi-valve functions. Proportional actuator control supporting CAN/LIN/PWM provides enhanced precision and integration flexibility.

With IP6K9K connectors, optional quick-connect ports and multiple port sizes, it delivers flows up to 225 l/min and operates from –40°C to 110°C.

Ideal for:

• Battery thermal systems

• Fuel cells

• HVAC

• Coolant flow management

• Waste-heat recovery

A proportional control valve designed for high-flow thermal management applications, enabling precise mixing and diverting of coolant where performance and reliability are critical.

Proven in fuel cell and electrified systems, it supports demanding applications such as battery thermal management, waste heat recovery and coolant control in environments where high flow rates are required.

The next evolution of our high-flow thermal management technology, developed in close collaboration with customers to deliver higher flow rates, improved efficiency and greater flexibility.

Built on a modular platform, it supports a wide range of valve configurations and connection options, helping customers reduce system pressure losses and enable more compact, efficient system designs for demanding fuel cell and electrified applications.

Built on decades of fluid control expertise, delivering precise, closed-loop hydrogen pressure control with CAN communication for safe and reliable system operation.

Designed to minimise hydrogen leakage and improve system efficiency, it incorporates innovative ejector technology that can reduce total cost and increase reliability – with proven performance across bus, truck, marine, rail and stationary power applications.