When wood is machined or processed, wood shavings, sawdust and wood dust are generated. This is unworkable and also harmful in the long run, especially with the dust permeating everything. Machines can jam and your staff can get sick from it. In addition, wood dust is flammable and explosive!
Reinders Extraction Systems designs machines that can remove these wood shavings, sawdust and wood dust effectively and safely. Our installations are environmentally conscious, energy efficient and fire safe. In addition, they meet all quality standards.
Many of our extraction and filtration systems in the wood industry are custom-built. They are characterized by a flexible modular construction. Because they are easy to connect, the installation can easily be adapted to developments.
The compact filter is used simple machine groups consisting of one or more machines. The maximum diameter of the suction line is Ø 315 mm and the maximum air volume through the suction line is 6,000 m3/h. A compact filter is also suitable for briquetting wood dust.
The bag filter can be used up to volumes of approximately 40,000 m3/h. We apply this filter for small material quantities. The waste is collected in barrels containing large plastic bags.
The silo filter with a cellular airlock can be used up to approximately 40,000 m3/h and is placed on a silo roof or a container. Thus, the wood moth falls directly into the storage container without a transport fan. The cellular radius sluice prevents overpressure in the silo or container.
The worm filter has a transport fan that transports the waste to the cell wheel sluice. The maximum air volume is approximately 60,000 m3/h. Especially with larger amounts of dust, a worm filter is very suitable. The worm propels the moth to the cellular airlock and then it goes to the silos or containers.
The chain filter uses a scraper chain and sluice for the removal of the waste. This filter is suitable up to very large air volumes of up to approximately 300,000 m3/h. This filter is used when large quantities of air and/or waste material need to be extracted, but also when future expandability is desired.