Environment
Worldwide unique exhaust air cleaning system.
Each paint booth is equipped with a suction device.
We do business in a sustainable manner
At our Company, protecting the environment and business success go hand in hand. This is something that all participants benefit from: the environment, our customers, and we ourselves. Two examples from everyday business life provide particular clarification of our approach: firstly, the recycling of round and sharp grain, and secondly, the use of our exhaust air cleaning system with the first ever Molecular Sieve Duplex System of its kind in the world.
In detail: when blasting steel and stainless steel, we use round and sharp grain blasting agents that we recycle following the process. This means that we achieve considerable advantages in terms of efficiency and costs, which we pass on to our customers in the form of favourable terms and conditions. Harmful substances that arise during the preparation are disposed of on a professional basis.
Industrial liquid painting without limits
Quantity limits do not present us with any problems due to our early-stage investment in environmental protection. In this respect, we completely prevent air pollution from occurring during our coating application processes through exhaust air cleaning with our innovative molecular sieve duplex system. The intelligent design of the system, which was elaborated by the engineering firm Rafflenbeul, allows us to (more than) satisfy the current requirements of both the German “TA Luft” (Technical Instructions on Air Quality Control) and the “VOC” (volatile organic compounds) regulations. We are also well-prepared for a possible tightening of the appropriate regulations.
The system ensures that any volatile organic compounds which arise in our cabins and coating booths are extracted and incinerated on a residue-free basis. The waste heat which is generated is used for the purpose of hall heating on a regenerative basis. The incineration process is completed with the minimum of external energy through prior concentration.
