FEATURES & BENEFITS
- Cleveland Static Mixers offer very low Capital Cost and are as easy to install as standard piping.
- No maintenance or spare parts required.
- Three year unconditional warranty.
- Unique Element Configuration offers the lowest pressure drop available due to its simple, open design
- Minimal Energy Consumption due to static mixing element design.
- Plug Flow Regime and Uniform Shear ensure complete mixing for blending or dispersion in all applications, including multiphase mixing low or high viscosity.
- Carbon Steel
- 304 & 316L Stainless Steel
- Hastelloy C or Alloy 20
- PVC FRP
- Teflon Coating
END CONNECTIONS
- Threaded Pipe
- Flanged
- Plain
- TriClover
OPTIONS
- Injection Nozzles
- Edge Sealed Elements
- Removable Elements
- Sanitary Construction featuring all polished components, removable elements, TriClover quick release fittings
TYPICAL APPLICATIONS
- Food Processing
- Dilution of syrups, molasses, honey, orange juice
- Heating of chocolate
- Blending tomato puree
- Blend cheese and whey, salad dressings
- Blend fruit into yogurt
- Ice cream production blend butterfat stabilizers/emulsifiers
- N2SO4 or NaOH into cottonseed, soybean, linseed, soapstock
- Carbonate soda contact of acid/vegetable oil during stripping
- Disperse CO2 during bolting process
- Dilute fruit juice concentrate during packaging
- Chemical Processing
- pH control
- Gas/Liquid contracting
- Plug flow reactors
- Desulpherizing Hydrocarbons
- Immiscible liquid dispersing
- Heat transfer
- Fas mixing
- High viscosity mixing (500,000 cp)
- Catalytic reactor mixing
- Water & Waste Treatment Market
- Flash mixing of Alum or Ferric Chloride
- pH adjustment and control
- Polyelectrolyte dilation, sludge conditioning
- Aeration enhancement and flocculation
- Enhance remediation process
- Pharmaceutical & Cosmetic Applications
- Blending glucose solutions and enzymes
- Mix sorbitol with maleic acid/dodium citrate solution
- Soapstock and water, acidulation
- pH control
- Chemical preparation
- Fragrance Blending
- Mix creams of various viscosities
For more information, please contact us.
Visit the EMI Inc. website: EMI Inc.




