How Static Mixer Work
When using structural adhesives, we find that there are one-component and two-component adhesive products. Two-component adhesive consists of A and B tubes. Before using, the two components need to be mixed according to a certain ratio to make cross-linking reaction . It occurs to cure and provide good adhesive properties.
Static mix nozzle does not need to be driven by external forces, but uses fluid itself through the mixer. It goes on continuous cutting and reunion so that the two materials go into a uniform mixture. Usually there are round mixing tube and square mixing tube. Round mixing tubes are more commonly used for automatic coating equipment, while square or round tubes can be used for manual gluing.
Working principle of static mixer
The working principle of the mixing nozzle is to let the fluid flow in the pipeline to impact the mixing section blade, increase the velocity gradient of the fluid laminar flow movement or the formation of turbulence. Laminar flow through the continuous “convergence → split → position shift / reversal → re-convergence” to mix the liquid.
How Static Mixer Work
When using structural adhesives, we find that there are one-component and two-component adhesive products. Two-component adhesive consists of A and B tubes. Before using, the two components need to be mixed according to a certain ratio to make cross-linking reaction . It occurs to cure and provide good adhesive properties.
Static mix nozzle does not need to be driven by external forces, but uses fluid itself through the mixer. It goes on continuous cutting and reunion so that the two materials go into a uniform mixture. Usually there are round mixing tube and square mixing tube. Round mixing tubes are more commonly used for automatic coating equipment, while square or round tubes can be used for manual gluing.
Working principle of static mixer
The working principle of the mixing nozzle is to let the fluid flow in the pipeline to impact the mixing section blade, increase the velocity gradient of the fluid laminar flow movement or the formation of turbulence. Laminar flow through the continuous “convergence → split → position shift / reversal → re-convergence” to mix the liquid.