Company

The official opening of the world’s most modern factory for producing asphalt mixing plants in the summer of 2018 was another milestone in our successful history. This allows us to offer our customers the best possible solutions when it comes to producing the highest quality asphalt concrete as part of an economical process.

At our Wittlich location, above 500 employees work to produce our technologically superior asphalt mixing plants. Here, at the world’s most advanced factory for asphalt mixing plants, over 313,000 square meters of space are used to create flexible solutions that ensure reliable, cost-effective operation over the entire life of the plant. With its unique innovations in the field of asphalt mixing and combustion technology, BENNINGHOVEN has long been seen as an industry pioneer. Today, the company’s approach to doing business is still guided by its pioneering spirit, backed by long tradition, advanced technologies and a team of highly specialized employees.

From steel construction to the development of complex control systems – BENNINGHOVEN develops and manufactures all core components in house. Efficient production logistics, modern manufacturing processes, and a high degree of automation ensure efficient production at the world’s most modern factory for asphalt mixing plants.

BENNINGHOVEN Branch of Wirtgen Mineral Technologies GmbH is a member of the WIRTGEN GROUP, an expanding, international group of companies in the construction equipment industry. The Group includes long-established brands WIRTGEN, VÖGELE, HAMM, KLEEMANN and BENNINGHOVEN, which operate their main plants in Germany plus local production sites in Brazil, China, and India. Global customer service is provided by 55 wholly-owned sales and service companies. Within the WIRTGEN GROUP, BENNINGHOVEN Branch of Wirtgen Mineral Technologies GmbH is the specialist for the production of asphalt mixing plants and their components. With over 500 employees in Germany and abroad, everything from planning to installation is provided from a single source.