2800 Series Wafer-style static mixers are the first choice when selecting an H2O Rx's Westfall static mixer.
This is our standard mixer that slots between two flanges for space saving mixing and low material costs. Excellent mixing is achieved within 10 pipe diameters of the mixer.
Installation is simply by clamping the mixer between two flanges.
The unique design of the 2800 Series Wafer-style static mixer provides effective mixing with many advantages over traditional static mixers.
The advantages are:
- High performance mixing - CoV of 0.05 or better
- Published headloss - kV of 32.59 or better
- Short laying length - wafer-style mixer installed between two flanges
- Simple installation
- Material and freight costs are minimised
- Ports to connect to chemical injection assembles are built in to the outside ring of the mixer. Unless otherwise specifed.
- Sustainable - no maintenance or energy costs
- Easy to clean
- Minimal or zero ragging
- CFD reports available
- White Papers available
Westfall Static Mixers have predictable headloss co-efficients.
Click Here for a chart that indicates the head loss coeffient of each model.
Capabilities
H2O Rx is the exclusive Australian licensee and distributor of the Westfall Manufacturing range of static mixers manufactured in both Australia and USA.
H2O Rx and Westfall Manufacturing design and build static mixers to meet your application's needs:
Size Range: DN15 to DN3000
Materials Include:
- PVC
- FRP
- 316 stainless steel
- Carbon steel
- Titanium
- Kynar
- Teflon
Applications:
- All fluids - liquids and gases
- Municipal and industrial water treatment
- Potable water
- Waste water
- Irrigation
- Chlorination / dechlorination
- Chemical blending
- Dissolving gases
- Flocculent blending
- pH control
- Polymer blending
Installation and Operation Manual
2800 Series – Coagulation and Flocculation
2800 Series mixer with gas diffusion nozzles
Alden Laboratories CFD model of the 2800 Series Static Mixer
US Navy Hydrodynamic Analysis
Alden Laboratories CFD and finite element analysis