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 exhibits very low
foam characteristics and can be used in detergent applications that require good foam control.
Based on BioLoop technology
No skin or eye irritancy
Very low foam
A green alternative to alcohol ethoxylates
The main feature of BioLoop 56L 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
A 0.1% solution is prepared and aerated for 30 seconds and then stopped. The degree of foaming is assessed initially, then
next after 10 seconds and then again after 60 seconds.
This product has extremely low foaming characteristics compared to other commercially available surfactants.
Detergency testing - ASTM D3556 - Machine Dishwash
A test formulation was prepared and compared against the leading brand of dishwasher all-in-one solid/liquid pods. The BioLoop 56L replaced a conventional synthetic liquid detergent component such as Trideceth-n (Lansurf AE37). No difference in performance was observed when comparing the leading brand. Below depicts the cleaning performance on glass tumblers and both have the same excellent performance.
based on water soluble polymer capsule
No differences were observed in the cleaning performance when replacing a synthetic liquid detergent with BioLoop 56L.
As in most commercial all-in-one tablets, the alkaline powder is kept in a separate polymer pouch to the liquid detergent. This is to ensure greater storage stability.