Segmented rows of inclined deflection elements create turbulence that vaporizes urea droplets before they reach the catalyst.
An overpressure liquefaction chamber dissolves highly pasty viscosity index improvers, preventing polymer degradation and thermal damage during mixing.
A rotor-stator mixer design adjusts shearing stress and flow rates to achieve precise particle size breakup in fluid processing.
Segmented modular components enable custom blending of incomplete pre-blend formulas by integrating static mixers within the dispensing cartridge.
Separate pistons discharge high-viscosity oxalic ester and hydrogen peroxide through a static mixer, preventing dripping while maintaining consistent luminance.
A spraying and dispersing device introduces a liquid mixing facilitator into a container to wet and dissolve solid components.
Radial pipes pump water past injectors to generate a Venturi effect, entraining air into the discharge stream and eliminating external blowers.
Continuous circulation between two tanks prevents release agent separation in pipes and nozzles.
A bypass valve assembly integrates a blending valve to mix treated and untreated water streams directly within the fluid path.
Onsite aqueous ozone generation eliminates chlorine byproduct risks while delivering high oxidation-reduction potential for rapid disinfection.
Internal fins in a tube bundle distribute feeding gas uniformly, reducing pressure drops that degrade styrene production yield.
A modular mixer inlet uses a helically formed portion to initiate swirling motion in exhaust gases exiting the inlet port.