Polyurethane is widely used for potting, but also for bonding and sealing applications in various industries. Accuracy, repeatability and a long service life are guaranteed with our PU metering and mixing machines.
If you need a two-component polyurethane for potting, you can work safely and reliably with our PU dispensing systems. They process low viscosity two-part PU with high process stability, just as it is necessary for potting applications to guarantee the high durability of the end products. PU adhesives can also be used for bonding and sealing applications.
Examples of applications include potting or sealing filters or electronics, sealing components or bonding parts in household appliance production. Even beginners can work with our PU metering and mixing machines without any problems - a short training schedule is all it takes.
With all our metering and mixing systems, many of the important process parameters can be entered and saved via the touchscreen. These can include quantities, mixing ratios and flow rates. Our polyurethane dispensing machines are available as benchtop machines or with a mobile chassis.
Our PU dispensing machines are suitable for all industrial applications in which two-component polyurethane has to be metered, mixed and applied. Compared to manual applications, our systems offer safety in application, with always the same metering quantities, mixing ratios and shot sizes.
Of course, all our polyurethane dispensing machines are designed for two-component PU. The two main components, a polyol and an isocyanate, are metered and automatically mixed in our machine shortly before application and then applied via a mixing valve. Our metering and mixing systems are suitable for processing low to high viscosity polyurethanes.
That's easy. The material can remain in the machine until the next use. There is a disposable plastic mixer at the front of the mixing valve. This disposable mixer nozzle is easily removed and replaced with a new one, thereby allowing quick and constant usage of the machine.
