Your partner in the field of
mobility.
Electrical conductivity, corrosion protection for battery housings or improved adhesive properties
The surface requirements in the mobility industry cover a wide range of needs, including, for example, the prevention of friction damage, surface fatigue, abrasion and welding, extending service life, improving conductivity, etc. This multi-faceted spectrum of surface needs reflects the breadth of our product portfolio for this dynamically developing industry. Our customer base spans various sectors, including automotive engineering, e-mobility, motor racing, the railway industry, aerospace, defence technology, marine and heavy mobility and even leisure mobility. Innovative surface technology approaches are constantly in demand in the mobility sector, for example the development of hybrid products that combine different surface processes. Our development department is ready to work with you to develop such innovative solutions.
Insights into our customised solutions for our customers in the mobility sector.
Wear and impact resistance for bicycle components
The drivetrain components of bicycles are subject to heavy loads. Not only do they have to efficiently transfer the energy generated by the rider to the rear wheel, they also have to withstand shocks, impacts and abrasive particles.
One challenge is to find materials with high wear and impact resistance. Without protection, wear leads to reduced performance, more maintenance and expensive replacement parts.
Coating the parts with a ductile hard chrome layer offers an effective solution. Hard chrome is extremely hard and protects the surface from premature wear. The ductile variant also offers good impact resistance, which means it absorbs knocks and impacts without cracking or detaching from the base. This coating significantly improves the longevity and reliability of components in demanding conditions and is PFAS-free.
The advantages of ductile hard chrome plating
Technically speaking, the hard chrome coating improves the performance of the drivetrain by reducing friction between the moving parts and thus enabling more efficient operation. The increased hardness of the surface reduces wear, which extends the service life of the components and increases maintenance intervals. The improved impact resistance protects the parts from damage caused by external influences, which is particularly beneficial in harsh or off-road conditions.
In economic terms, the hard chrome coating offers many advantages. The extended service life of the components leads to a reduction in operating costs, as spare parts need to be procured and assembly work carried out less frequently. This also increases customer satisfaction through increased reliability and reduced downtime. In addition, the improved performance and durability of the components can serve as a sales argument and increase the competitiveness of bicycle brands on the market.