Nonwovens for plant propagation paper pots
- Industrial & Manufacturing
- Packaging
Support root development and reduce plastic use in horticulture and agriculture
Paper pots: wetlaid nonwovens for efficient plant propagation
Nonwoven paper pots are an efficient solution for plant propagation. By adopting this method, growers can replace traditional rigid plastic pots and plastic bags, helping reduce plastic input in the cultivation process and the plastic waste generated by discarded rigid pots after planting. Nonwoven plant pots can support plant propagation and root development by providing breathable material that allows water and air to circulate. Technical data on air and water permeability are available on request.
This can lead to potential cost savings tahroughout the cultivation process. Furthermore, planting-out is straightforward and swift.
Key Features
- Bio-based fiber options available (up to 100%)
- Selected grades are industrially compostable in accordance with DIN EN 13432:2000. Product-specific details and supporting documentation are available on request.
- High breathability and water absorption
- Mechanical strength and heat sealability (weldability) for good processing
- Broad product portfolio available, from short to long material lifetimes
Key Benefits
- Enables transplanting without removing the nonwoven sleeve, saving labor and process steps
- Breathable structure can support root development by allowing air and moisture exchange (data available on request)
- Reduction of rigid plastic inputs and related waste when replacing traditional rigid plastic pots and plastic bags
Wetlaid technology for plant cultivation
Using our wetlaid technology, we can produce nonwovens containing up to 100% bio-based fibers. Selected materials are available with different levels of aerobic biodegradability under controlled composting conditions, as determined in accordance with ISO 14855 (Product-specific test results are available on request). The materials are breathable and water-absorbent, while also meeting the necessary requirements with regards to mechanical strength and heat sealability. This makes them suitable for agricultural applications such as plant propagation paper pots.