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BioLoop 56L-PG

Product Category: BioLoops

A BioLoop Surfactant - The next generation of green surfactants

Introducing a new range of bio-based surfactants containing components that are 100% renewable. Unlike many bio-based surfactants, this product offers excellent surfactant properties and can be used as a green alternative to conventional synthetic nonionic such as alcohol ethoxylates. It is based on soybean oil, which unlike some palm oil is a great sustainable source. BioLoop 56L-PG exhibits very low foam characteristics and can be used in detergent applications that require good foam control.

PG (Pure Grade) v Normal Grade

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The normal grade of BioLoop surfactants are aimed at standard industrial-based processes in which clarity in an aqueous medium isn’t a necessity. The PG versions which denotes our purified grades are for industries in which clarity in aqueous mediums is essential.

Normal Grade

Typical Applications

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PG Version

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Personal Care

Cosmetics

Household products

Applications

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The main feature of BioLoop 56L-PG is the low foam characteristics. This will lend itself to be used in applications where foam control is essential. Many applications that are subject to high shears such as industrial spray cleaners, textile axillaries and machine dishwashing applications need good foam control to function effectively.


• Machine dishwasher application
• Textile processing
• High-pressure spray cleaners

Key Features

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  • Based on BioLoop technology

  • 100% renewable

  • No skin or eye irritancy

  • No ecotoxicity

  • Biodegradable

  • Very low foam

  • Good detergency

  • A green alternative to alcohol ethoxylates

Specification

Appearance 

Light amber liquid

pH (5% aqueous)

6 - 8

Colour

5 max - gardner

Cloud point 5g in 45g (BDG/water) °C

52 - 60

Typical Properties

Composition

BioLoop Surfactant

Viscosity at 25°C (cP)

468

Flash point closed cup °C

>150

Solids content %

100

Specific gravity at 20°C

1.08

Surface tension 0.1% (mN/m)

35.4

Odour

Characteristic

Pour point °C

10

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