At Chemspec Europe (stand G180), Aqdot will be presenting in-house and independent studies demonstrating the broad range of unwanted molecules that can be captured by its AqFresh™ technology.
It has also been proven to give prolonged & triggered release of desirable molecules such as fragrance or actives.
This breadth of molecule capture & release gives AqFresh™ a wide range of industrial applications from Air Quality (odour scavenging & VOC capture) to Municipal Waste Treatment or Actives Delivery in Health Care.
For a free copy of our AqFresh™ Odour Scavenging & VOC Capture Brochure, outlining the study and results in detail, please complete the form further below.
It is made of barrel-shaped molecules, called cucurbiturils. Cucurbiturils have a unique symmetrical structure, with a hollow, hydrophobic cavity and polar portals.
AqFresh™ 3D video
AqFresh™ is proven to capture a wide range of molecules including:
- Aldehydes (Formaldehyde, Acetaldehyde, Acrolein and others)
- Amines (including Ammonia)
- Complex malodours
- Ketones and Alcohols (MEK, Ethanol and others)
- SO2 and NO2
- Thiols and Sulphides
- And others
It is proven to significantly reduce unwanted molecules and to keep on working for long-lasting efficacy.
AqFresh™ is proven to give prolonged or triggered molecule release.
Cucurbiturils have been screened for their interactions with a range of small molecules. Captured molecules can be displaced on demand by applying either increasing temperature or in the presence of a competitive molecule. Small molecules can include fragrances and insect repellents.
This patented technology has a range of nonwoven applications including:
- Automotive Interiors
- Personal Care
- Health & Wellbeing
- Food & Beverages
- Energy & Resources
For a free copy of our AqFresh Odour Scavenging & VOC Capture Brochure, outlining the study and results in detail, please visit us at Chemspec Europe stand G180 or complete the form below with “AqFresh Odour Scavenging Brochure” in the subject.