We’re thrilled to introduce two new versions of our popular products, Polyester Vestaweave and our Lightweight Flag Fabric, now featuring CiCLO biodegradable technology.
Which materials are getting the upgrade?
- Polyester Vestaweave
Used for applications like Heras, CCB covers and PA wing scrims
- Lightweight Flag Fabric
Our lightweight flag and backdrop fabric, popular for its versatility and ease of use.
What is it?
The new substrates feature CiCLO technology, developed by Intrinsic Advanced Materials (IAM).
In simple terms, it works by blending a concentrated mix of biodegradable additives into the fabric during production.
What does it do?
- Accelerates Biodegradation: This special ingredient makes the fibres more susceptible to biodegradation when exposed to environmental conditions, speeding up the breakdown process once the fabric is discarded.
- Triggers Microbial Action: When the fabric reaches the environment, microbes like bacteria and fungi detect the biodegradable ingredient and start breaking down the fabric into natural compounds.
- Doesn’t Affect Performance: The masterbatch doesn’t impact the fabric’s strength or feel while you’re using it. It only activates when the fabric reaches the end of its life and is exposed to moisture and microbes.
Is it legitimate?
We take great care when introducing new products labeled as ‘green’ or ‘environmentally friendly’. Third-party labs have evaluated this technology and made the following conclusions:
- Marine Environment: After 1,362 days in natural seawater, CiCLO fibers achieved 94.34% biodegradation, whereas untreated fibres showed only 4.97% biodegradation.
- Soil Conditions: Over 1,171 days in soil, CiCLO microfibers reached 91.1% biodegradation, while untreated microfibers showed no biodegradation.
- Anaerobic Landfill Conditions: In simulated landfill environments over 1,278 days, CiCLO fabric biodegraded by 91.1%, compared to just 6.2% for untreated fabric.
- Wastewater Treatment Plant Sludge: Within 952 days, CiCLO microfibers biodegraded 89.9% in anaerobic digester sludge, whereas untreated microfibers showed no biodegradation.
While we’re reluctant to make any bold claims of our own about the sustainability of printed materials, this technology does appear to be a meaningful innovation in addressing the challenges of synthetic material waste and its impact on the environment.
Get Involved.
We’re excited to see where this technology takes us and look forward to expanding it across more of our range.
If you would like to see these materials for yourself, get in touch to request samples or discuss how we can support the sustainability needs of your upcoming events.
