11051060 Kinematica

THE PROBLEM
For normal cylindrical dispersing jars, the flow creates a vortex. This causes the mixing and dispersing efficiency to decrease considerably because the product can no longer be ideally recorded or processed by the dispersing generator head. This results in an extension of the process times and thus, an increased application of energy. Depending on the formation of the vortex, an increased air intake must be expected.
THE SELECTION
Our GS vessels are available in chemical and temperature-resistant borosilicate glass or stainless steel. Dimensions ranges from a few millilitres to several litres, with or without a cover, with or without a sealed feedthrough.
THE SOLUTIONS
Our specially designed GS jars have a cloverleaf-like shape. This efficiently interrupts the flow in a radial direction and generates additional opposing flows. This high turbulences optimise the mixing and the dispersing efficiency. This minimises the machining time and reducing the application of energy.
Our GS-stainless steel containers are equiped with a removable baffles part. The crossbars radically disturb the flow and generate additional opposing flows. As for the GS jars, strong turbulences are generated which optimises the mixing in the dispensing vessel. The shelves can be easily removed after the dispensing process and be cleaned free of residues. Your sample or the product can be product with the appropriate stainless steel cover.
THE MATERIALS
Borosilicate glass is a chemical and temperature-resistant glass and displays an almost inert behaviour towards most of the chemicals (stable). The sterilisable screw caps with PTFE or a silicone seal are temperature-resistant up to 180°C. The stainless steel 18/10, which the vessels are made of, is rustproof, durable, has good insulating properties, completely hygienic, not toxic and not magnetic.