Examples of using Mixing head in English and their translations into Russian
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In the moulded slot, the mixing head applies the liquid one-component PUR mixture on the part with the help of a programmed line movement.
Another advantage is that the mixing head is self-cleaning and needs no flushing,
This is how KraussMaffei developed the transfer mixing head ULP-2KVVG specially for the requirements of polyurethane rigid foam processing,
a robot or a fixed mixing head.
Immediately after injection moulding, the new MK2/3 UL 2K-VV small- volume mixing head applied the 900 mm sealing bead to the thermoplastic lid.
The mixing head can process high-speed systems in both low
This ensures a mixing head with a completely even surface,
We also offer an extra module to meter in an internal release agent directly at the mixing head.
Usually, the color is metered directly in the mixing chamber of the multicolor mixing head as an additional component.
The mixing head for cavity foam filling guarantees reliable foaming even for the hardest- to-reach angles.
With precise temperature control all the way from the metering machine to the mixing head, the system guarantees gentle,
applied through a nozzle via a mixing head.
you benefit from long service life and excellent mixing head availability.
The mixing head is environmentally friendly because it is self-cleaning
Contributing to this wide freedom is the design of the PU mixing head, which eliminates stoppages for cleaning and changing the mixing head. .
A mixing head that can reach difficult-to-access areas is required to apply foam to cavities reliably.
Its barrier geometry and dynamic shear mixing head were developed by ENGEL in collaboration with the Johannes Kepler University of Linz,
The Duplex mixing head from KraussMaffei can process two different foam systems in rapid succession.
Its absolute reliability is another reason why the mixing head is the first choice for your manufacturing- for instance, for noise insulation in the cavities of automotive components.
the optional proportional technology. This occurs because the mixing head and hydraulic components are subjected to lower loads.