RCT Reichelt Chemietechnik

Multi-lumen quick-disconnect couplings made from polyoxymethylene (POM) enable the simultaneous connection of up to six tubes in a compact coupling system. These two-part plastic connectors are specifically designed for applications in analytical technology and laboratory technology, where parallel fluid transfer and quick connection solutions are required.

The POM material offers exceptional chemical resistance to diesel, gasoline, oils, alcohols, and aromatics. The couplings operate reliably in a temperature range from -40°C to +80°C at a maximum working pressure of 6.9 bar. Through free passage without shut-off valves, they ensure continuous fluid flows without pressure losses.

Particularly in simultaneous quick-coupling systems and as front panel modules for control panel mounting, these connectors demonstrate their strengths. They significantly reduce installation time and effort, as six separate tube connections can be made in one operation.

Product range includes:

• Multi-lumen quick-disconnect plugs made from POM
• Multi-lumen quick-disconnect plugs made from POM for six tube lines
• Multi-lumen quick-disconnect coupling made from POM - control panel
• Multi-lumen quick-disconnect coupling made from POM for six tube lines
• Multi-lumen quick-disconnect coupling with plug made from PA for ten tube lines
• RCT® accessories for 10-way multi-lumen quick-disconnect coupling system

Additionally, panel mounting adapters and tube adapters are available as system-compatible accessories to realize flexible installation solutions.

Multi-lumen quick-disconnect couplings and other products, such as stainless steel quick-disconnect couplings, brass chrome-plated quick-disconnect couplings, and PA quick-disconnect couplings, are available directly in the online shop of RCT Reichelt Chemietechnik. The range of RCT Reichelt Chemietechnik offers over 80,000 different products, which are used among others in mechanical engineering, chemical technology, process engineering as well as medical technology.