Parts cleaning in the automotive industry; In view of the growing variety, shorter delivery times and continuously rising output volumes, short cycle times ensure both manufacturers and suppliers in the automotive industry remain competitive on the international market while safeguarding high parts quality and manufacturing precision at the same time.
WEAVEinMotion process belts are effective and robust cores for belt presses which are particularly efficiently acting systems for dewatering sludges and fruit mashes. A decrease in transport, disposal and recycling costs is obtained thanks to the reduction in volume achieved.
Modern petroleum exploration technologies operate with filtration technologies that are actually put through in the well. As a basic component of these sand control screens, SolidWEAVE stainless steel mesh is used for the filtration because they meet the most extreme requirements.
The SolidWEAVE stainless steel filters from GKD have for decades been in use in a variety of applications for hot gas filtration. Knowledge of the specific requirements for the filtration of hot gases and continuous optimization and further development result in the high quality of our filter meshes.
For sieving of finest solids, precision and quality are the critical success factors for efficiency and process reliability. SolidWEAVE metal wire meshes for sieving technology have a consistent mesh accuracy that is within appreciably narrower limits than the prevailing DIN/ISO 9044 standard.
CONDUCTO process belts are antistatic process belt solutions for the nonwovens industry individually geared to the particular nonwoven laydown process. Due to their steady and consistently high electrostatic discharge, they are ideal for the manufacture of nonwoven materials that are produced in airlaid processes, carding processes and in spunbond/meltblown processes. Typical of the CONDUCTO process belt family are the woven-in bronze wires that guarantee the reliable discharge of nascent electrostatics.
SolidWEAVE stainless steel filter media for solid-liquid-filtration are the basis for a wide range of industrial process steps. They are used successfully in various filtration devices like cartridge filters, drum filters, vertical pressure leaf filters or centrifuges.
SolidWEAVE metal wire mesh has been used successfully for decades in systems for precoat filtration. High-tensile mesh constructions made of PZ-Microdur, KPZ-Microdur, YMAX® and Plain Dutch Weave form the basis for the long and trouble-free operation of precoat filter systems because they were specifically designed for the high mechanical demands of precoat filters.
The filtration of extruded polymers is a separate application area for SolidWEAVE filter media. The particular requirements of the process_ conditions require customized and continuously optimized manufacturing methods and production processes for the wire mesh filters.
In the demanding applications in distillation technology, i.e. the separation of high-molecular compounds, SolidWEAVE metal meshes are applied in structured mesh packs. Wire mesh packs with GKD filter meshes make delicate separation processes possible with low temperatures and short residence time – keyfactors for distillation process reliability.
Pneumatic conveyors lines for conveying media in powder form are equipped with fluidization media made of GEKUPLATE wire mesh laminates. SolidWEAVE stainless steel media satisfy all the requirements which are critical for fluidization.
CompactFiltration - Filter systems for cooling lubricants used in grinding processes; Well-maintained cooling lubricants play an ever more important role in grinding processes, to ensure customers` requirements are met with regard to surface quality and adherence to tolerances.
CompactFiltration – Cooling lubricant filtration for turning / milling; For turning and milling processes the demands for internally cooled tools are constantly rising. Filtration of the cooling lubricant is a key factor in ensuring process reliability, which is why plant owners are focussing more and more on it.