Our high-quality locking cylinders enable you to show off your keen eye for detail. Choose between coarse and matt, a coloured stainless steel look or smooth and shiny: a diverse range of finishes in a quality you can see and feel.
Our high-quality locking cylinders enable you to show off your keen eye for detail. Choose between coarse and matt, a coloured stainless steel look or smooth and shiny: a diverse range of finishes in a quality you can see and feel.
Your locking system thus becomes a design element that integrates visually and haptically into its setting and completes the overall concept.
The tactile and visual quality of the surfaces is obtained thanks to our specially developed, multi-stage coating processes. Our inhouse electroplating department enables us to offer a range of coloured finishes to our cylinders and locks.
Our modular system allows you to adapt half, double and even knob cylinders on site to the required door
thickness. The lock halves of the modular system are available in all special finishes. You can thus opt for
the internal half in Midnight Black and the external half in unlacquered brass.
The choice of finishes extends across many of our locking solutions, such as the cuffs and locking plates of
the locks, which can have the same colour as the corresponding
electronic cylinders. You thus obtain an overall visual and tactile experience that blends smoothly into the visual concept of the building.
The haptic and visual quality of the surfaces is created by a multi-stage lacquering process that we have developed in-house especially for this application. It gives the brass from which our locking cylinders are made the velvety feel of blasted aluminium.
Sustainability takes priority in all of our processes. This means that we process the wastewater from electroplating until it almost reaches drinking water quality. As
a certified specialised company pursuant to the Federal Water Act (WHG) and the Ordinance on facilities for handling substances hazardous to water (AwSV), we
are obliged to continually improve our electroplating processes. These and other measures also contribute to a reduction in CO2 emissions and to energy efficiency.
Formerly hazardous substances have been replaced by non-hazardous ones.
