Products

At Knipping, there are no limits to your imagination – we turn your ideas into reality. From small, highly precise components to complex assemblies, every part we manufacture stands for our innovation, precision and high standards of quality.

Technische Darstellung eines Bauteils mit integriertem Lüfter, eingebettet in ein modernes, blaues Wellen- und Linienmotiv auf transparenten Hintergrund. Das Gehäuse ist geöffnet und zeigt die internen Komponenten.

Onboard Network Components

The onboard network – the main artery of every vehicle. In this area, we offer a comprehensive range of products: from fastening elements and cable channels to brackets for control units and connectors for signal and power transmission. Each component is designed for maximum reliability and precision to meet the demands of modern vehicle technology.

Engine, Aggregates and Transmission

Operating temperatures, vibrations, and resistance to various media regularly present us with new challenges. The choice of materials and product concepts is crucial – and we set standards with innovative technologies such as hot-gas welding and silicone manufacturing. This results in solutions that far exceed the standard in terms of performance and durability.

Containers

Our container manufacturing combines precision and automation: Multiple half-parts are fully automatically welded to ensure pressure-tightness and are then tested for leak-proofing and functionality. We manufacture individual components, such as one-piece filters, foamed floats, and container fittings, entirely in-house, guaranteeing the highest quality.

Interior Components

Hidden but crucial: Our technical interior components seamlessly integrate into the vehicle’s interior trim and meet the highest standards of functionality and durability. With our polyurethane seals, we offer waterproof solutions for sheet metal cutouts and tailor our products to meet your specific needs.

Fuel Cell Humidifier

Our KNIPPING NEW MOBILITY humidifier utilizes the water generated in the fuel cell stack through the electrochemical reaction. Separated by a polymer membrane, the humidifier directs the dry inlet air and the moist exhaust air past each other in a controlled manner, allowing water to be transferred while keeping oxygen and nitrogen separate. This supports the efficient operation of fuel cells and advances the technology of the future.