Static Mixer for Turbulent Flow Applications

Chemineer's Kenics UltraTab static mixer is designed for turbulent flow applications where a high degree of mixing is required in a compact space.


Chemineer Kenics UltraTab static mixer

Chemineer Kenics UltraTab static mixerChemineer's Kenics UltraTab static mixer is designed for turbulent flow applications where a high degree of mixing is required in a compact space. It is available in a variety of sizes and configurations to meet an extensive range of application requirements.

The UltraTab is designed to bring the additive into the water mixing stream directly before the mixing tab where the additive rapidly dilutes into the water stream. This design blends the additive as quickly and efficiently as possible with low pressure drop, resulting in a highly cost-effective solution to an age-old mixing application challenge.

The integral wall injector that is located upstream of the UltraTab mixing element forces the additive through the high energy dissipation region created by the mixing element, which provides superior mixing efficiency. This is a unique feature of the UltraTab design. Independent studies from the British Hydraulic Research Group (BHR) show that the UltraTab can produce   a Coefficient of Variation (CoV), which is a measure of mixing degree, lower than 0.05 at a distance of three mixer diameters (3D) downstream from the mixer.

Chemineer

Static Mixer for Turbulent Flow Applications

The new Kenics® UltraTab™ static mixer from Chemineer, Inc. is designed for turbulent flow applications where a high degree of mixing is required in a compact space.


Chemineer UltraTab Static Mixer

Chemineer UltraTab Static MixerThe new Kenics® UltraTab™ static mixer from Chemineer, Inc. is designed for turbulent flow applications where a high degree of mixing is required in a compact space. The Kenics UltraTab provides a combination of advantages from its compact installation space requirement to its complete blending in short distances downstream of the mixer and low-pressure drop through the mixing element. Its compact design and short mixing length minimizes pipe lengths and optimizes the efficiency of the plant layout.

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