nATUR™ media is made entirely from biobased polymers derived from plant starches. These materials are compostable in industrial settings and break down without leaving microplastic residues.
2. Do biodegradable filters perform as well as synthetic filters?
Yes. Independent lab testing confirms MERV 13 and MERV 13A performance, capturing more than 85% of fine particulates. The biodegradable nanofiber layer delivers comparable efficiency and durability to traditional synthetic media.
3. How long does it take nATUR™ filters to biodegrade?
Time to biodegrade depends on conditions. In industrial composting facilities, nATUR™ media breaks down efficiently. In landfills or uncontrolled environments, degradation may take longer but still avoids persistent microplastics.
4. Can nATUR™ filters be composted in municipal programs?
Some municipal composting facilities accept biopolymers, while others do not. Braden is working with partners to expand composting pathways for biobased filter media. Always check with your local facility.
5. Are biodegradable filters more expensive than conventional filters?
Costs can vary depending on volume and application. However, nATUR™ helps reduce environmental impact, landfill waste, and long-term carbon footprint, which can offset initial price differences.
6. What applications are best for biodegradable filter media?
nATUR™ is ideal for commercial buildings, schools, healthcare, offices, and data centers seeking sustainable filtration without sacrificing efficiency.
7. Does biodegradable mean less durable?
No. nATUR™ media is engineered with a three-layer composite structure that maintains pleat geometry and resists collapse during use, ensuring long service life.
8. How does biodegradable filtration support ESG goals?
By replacing petroleum-based synthetic filters, nATUR™ helps organizations reduce plastic waste, carbon emissions, and environmental impact, supporting ESG and sustainability reporting.