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SLES Mixing & Dilution Unit

In-line dilution system for accurate, cost-effective SLES preparation

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Our SLES Mixing & Dilution System

If you’re in the market for a reliable and efficient system to prepare a less concentrated SLES (Sodium Lauryl Ether Sulphate) solution or your production line, then our SLES Mixing and Dilution System is the ideal system for you. Our SLES Mixing & Dilution Unit, featuring a Progressive Cavity Pump that feeds the 70% concentrated SLES solution and a Centrifugal Pump for mixing the SLES with water and pumping the final solution, gives operators full control over the dilution process, enabling immediate and precise preparation of a less concentrated SLES solution.

 

Various sizes are available, offering discharge pressures up to 6 Bar. For durability, the pipework is constructed from Stainless Steel AISI 316L, while the frame is constructed from Stainless Steel AISI 304. Additionally, control and automation features, which can be found in the Overview section, are integrated for seamless operation, ensuring suitability and ease of use for operators.

 

  • Max Pressure: 60m
  • Max Capacity: 30m³/hr

 

SEE HOW IT WORKS

Common SLES Applications Include:

Cosmetics

Household

Pharmaceutical

Leather

Print & Dyes

Petroleum

What is SLES

SLES is an acronym for Sodium Lauryl Ether Sulphate. This compound is a surfactant (surface-active agent) known for its excellent foaming and cleansing properties. It’s used in both sanitary and industrial applications, commonly found in products such as soaps, shampoos, liquid detergents, toothpaste, and liquid body gels, to list a few.

Manufacturers typically purchase SLES in a highly viscous 70% concentration. Before it can be used, it must be diluted to around 27%, often requiring advanced systems due to the significant change in viscosity.

 

SLES Viscosity 1

 

Why Choose Tapflo’s SLES Unit?

Tapflo’s SLES Mixing & Dilution Unit offers manufacturers full control of the SLES dilution process, delivering consistent, high-quality solutions. By using our unit, customers benefit from cost savings, production flexibility, and process efficiency:

 

  • Continuous/batch supply of SLES at specific concentrations
  • Immediate start of the mixing process
  • Constant tracing and recording of operational parameters
  • Compact and lightweight construction
  • Local or remote control
  • Independence from deliveries of pre-diluted SLES
  • Flexibility and continuity of production
  • Highest quality of pre-prepared SLES on-site
  • Significant cost reduction
  • Optional extensions for ingredient dosing and road tanker feeding
GET IN TOUCH WITH AN EXPERT

Contact an Expert

Speak to our team to discuss your name of system requirements

Key Features & Components

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Progressive Cavity Pump

Feeds 70% SLES with precision, handling high viscosity without affecting product integrity

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Centrifugal Pump

Mixes diluted SLES with water and pumps out the final SLES concentrate

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Automation & Control System

PLC with 7” touchscreen, flow meters, frequency inverters, and sensors ensure accuracy and ease of use

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Durable Construction

AISI 316 Stainless Steel piping and AISI 304 Stainless Steel frame ensure long-term corrosion resistance

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Customisable Features

Extensions include additive dosing, road tanker feeding, and recipe presets

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Compact Footprint

Fits within standard Euro Pallet dimensions (1.2 x 0.8m), ideal for tight spaces in manufacturing setups

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Additional Technical Information

Fluid & Media Considerations?

Materials Available?

Maintenance Checklist?

Fluid & Media Considerations?

  • Chemical composition (neutral or corrosive?)
  • Viscosity of media
  • Solids in fluid?
  • Explosive environments?
  • CIP/SIP needs?
  • Self-priming required?

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SLES Diluting & Mixing Process

Materials Available?

  • AISI 304/316 Stainless Steel
  • ATEX-compliant options for explosive environments

Did this answer your question

 

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SLES Diluting & Mixing Process

Maintenance Checklist?

  • Visual checks of PC & Centrifugal pumps
  • Monitor noise for signs of wear or cavitation
  • Check flushing/heating/cooling systems
  • Inspect gearbox oil levels
  • Test control unit functionality
  • Evaluate transmitters, flow meters, valves, and inverters
  • Custom maintenance schedules may be required

Did this answer your question

 

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SLES Diluting & Mixing Process

Related SLES Resources

Learn more about this SLES System

Take a look at our dedicated SLES video below: