

The shims from KARL DAHM are a proven solution for precise levelling and accurate alignment on construction sites. During installation and assembly work, even the smallest height differences often need to be compensated reliably in order to achieve a clean and permanently stable result. This is exactly what the 3 mm shims are designed for. They enable millimetre-accurate work and support smooth workflows in a wide range of applications.
With dimensions of 80 x 23 mm, the shims provide an ideal support surface and can be positioned easily. The robust plastic material ensures high load-bearing capacity and dimensional stability, even under demanding conditions. A key advantage is the integrated ribbed surface, which effectively prevents slipping and provides additional safety during use.
Thanks to the clear green-blue colour coding, the thickness can be identified at a glance. This simplifies organisation on the construction site and saves valuable time. 3 mm shims are ideal for levelling tiles, slabs and other building components on walls and floors.
These features make the shims a reliable accessory for precision work. Especially on larger surfaces or sensitive transitions, they contribute significantly to a uniform and professional result.
For even greater flexibility, the shims are also available in a comprehensive set. This includes six different thicknesses from 1 to 6 mm, each in a different colour. This allows uneven areas to be compensated individually and different heights to be combined easily. 3 mm shims are a central component of this system, as this thickness is particularly frequently required.
The shims are reusable and retain their dimensional accuracy even after repeated use. This not only offers practical benefits, but also makes them a cost-effective solution.
A structured workflow is essential on construction sites. 3 mm shims help optimise work processes, reduce the need for corrections and ensure precise final results. They stand for reliability, accuracy and consistently high quality in professional applications.