WasserstrahlWebmaschinen

WasserstrahlWebmaschinen, also known as water jet looms, are a type of weaving machine that uses a high-pressure jet of water to propel the weft yarn across the warp. This method is distinct from other weaving technologies that employ air jets, rapiers, or projectiles. The water jet is precisely directed to carry the weft yarn from one side of the loom to the other, inserting it between the opened warp threads.

The main components of a WasserstrahlWebmaschine include a water pump, a nozzle, a weft yarn feeder, and the shedding and picking mechanisms. The pump generates the necessary water pressure, which is then expelled through a nozzle to create a powerful jet. This jet engages the weft yarn and guides it through the shed. The shedding mechanism controls the opening and closing of the warp threads to create the shed, while the picking mechanism initiates the water jet at the correct time.

WasserstrahlWebmaschinen are particularly well-suited for weaving certain types of fabrics, especially those made from synthetic yarns like polyester and nylon. The water lubrication provided by the jet can help reduce friction and breakage of these yarns during the weaving process. They are known for their high speed and efficiency in producing these specific textile materials. However, their application is generally limited to hydrophobic fibers, as water can damage or affect the properties of hydrophilic fibers. The control and maintenance of the water system are crucial aspects of operating these machines effectively.