Air conditioning

MAHLE Behr Industry develops air conditioning systems, modules, and components for buses, construction and agricultural machinery, military and special vehicles (e.g., municipal vehicles), and the aviation industry. We design and validate individual components and complete modules as well as entire air conditioning systems and thereby ensure optimal air conditioning comfort in vehicle interiors, even in extreme environmental conditions.

Air conditioning for vehicles is not just crucial for a comfortable vehicle interior, but for safety as well. Based on customer requirements, MAHLE Behr Industry designs entire air conditioning systems, offers coordinated air conditioning units, or will also supply just the individual components, such as radiators, vaporizers, fans, or condensers. We also handle development of regulation and control systems for cooling and heating circuits for our customers.

Air conditioning worldwide
Our heating and air conditioning systems are suitable for use at any location, anywhere in the world, whether in Arctic cold or in tropical heat. MAHLE Behr Industry's reliable and powerful air conditioning and heating systems regulate temperature and air distribution in the vehicle interior. We supply air conditioning systems for a wide range of vehicles, such as buses, construction and agricultural machinery, military and special vehicles, and modules and components for the aviation industry. We design, validate, and integrate the components, thereby ensuring optimum comfort in the vehicle interior.

Product range
The MAHLE Behr Industry product range includes all components of the air conditioning system: vaporizers and fans, cab air filters, condensers, compressors, coolant tubes and hoses, heating systems, heating regulator valves and control units. In cooperation with the research and development center of the company alliance, we can tailor our air conditioning systems to individual customer requirements. We ensure that every application profile of our solution represents the best possible ratio of size, weight, performance, and noise emission.