The Problem from traditional dispersing vessels
* For normal cylindrical dispersing jars, the ow creates a vortex. The mixing and dispersing efciency decreases considerably since the product is no longer being optimally processed through the dispersing generator head. This lengthens processing times and thus requiring more energy input. Depending on the shape of the vortex, this may also lead to additional air being introduced.

The Solution from Wiggens

* Our specially designed GS jars have a cloverleaf-like shape. This effectively interrupts the ow in the radial direction and generates additional counteracting forces. These high turbulences maximize the mixing and dispersion efciency, thus minimizing processing time and requiring less energy.
* Our GS-glasses are available in chemical- and temperature-resistant borosilicate glass or in stainless steel. Dimensions from a few milliliters to several liters are available, with or without lid, with or without sealed feedthrough