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Transportation Applications

Transportation systems require components that deliver high reliability, precise control, and long service life under demanding conditions. At Hanovix, our advanced motion and sealing solutions—including precision metal bellows, flexible metal hoses, and edge-welded bellows—are trusted across the automotive, aerospace, and refrigeration sectors.

In the automotive industry, precision metal bellows and edge-welded bellows are integrated into thermal actuators, pressure regulators, and climate control valves, helping regulate coolant flow, air conditioning systems, and engine temperatures. These components enable precise modulation and leak-free operation, improving fuel efficiency, passenger comfort, and system reliability.

Flexible metal hoses are also used extensively in vehicle powertrains and HVAC systems to manage thermal expansion and vibration while maintaining secure fluid transfer in cooling loops, exhaust gas recirculation, or hybrid-electric system plumbing.

In aerospace, precision metal bellows are utilized in fuel control units, hydraulic actuators, and flight system sensors, where they provide pressure regulation, sealing, and flexible movement in compact, high-stress environments. Edge-welded bellows, with their high responsiveness and minimal spring rate, are ideal for altitude compensation and actuator feedback loops, ensuring safe and consistent system behavior under changing flight conditions.

For transportation refrigeration units, Hanovix provides durable flexible metal hoses and hermetically sealed precision metal bellows that maintain refrigerant flow and pressure control across mobile cold chain systems. These components help ensure temperature stability for perishable goods throughout transit.

Across the transportation landscape, from high-speed rail to last-mile delivery trucks, Hanovix technologies ensure safe, efficient, and temperature-controlled performance. Our commitment to precision engineering supports the future of mobility—on land, in the air, and across logistics networks.