Soil Biodegradable Mulch Film
Accelerate weed suppression, moisture retention, and soil temperature lift with a mulch film engineered to perform through the crop cycle and biodegrade in soil no retrieval, no landfill.
Accelerate weed suppression, moisture retention, and soil temperature lift with a mulch film engineered to perform through the crop cycle and biodegrade in soil no retrieval, no landfill.
Indicative materials shown. Request per-lot datasheet for exact composition & performance values.
Plough-in at season end—no pull-up, no transport, no landfill. Shrinks labor minutes per hectare and simplifies close-out.
Optimized light/heat profile to suppress weeds, retain moisture, and drive early vigor without compromising soil health.
EU-aligned biodegradation narrative, lot traceability, and recyclable packaging to de-risk tenders and inspections.
| Parameter | Value |
|---|---|
| Material | Cellulose fiber (plant-based; organic; plastic-free) |
| Thickness | 3 mm – 4 mm |
| Widths | 40 cm (0.40 m), 80 cm, 120 cm, 240 cm |
| Colors | Black (weed control), Green (soil warming) |
| UV / Weathering | Cellulose-fiber substrate; performance governed by natural fiber weathering (no synthetic UV stabilizers). Tuned for short-season exposure. |
| Biodegradation | 2–6 months in soil via microbial activity (site- and climate-dependent). No removal required. |
| Mechanical | Robust tear/puncture resistance for standard laying equipment and edge burial. |
| Operating Conditions | -10 °C to +55 °C typical field range; maintain edge burial for wind stability. |
| Packaging | Recyclable cartons with lot/date labeling for traceability |
| Certifications | FSC / PEFC chain-of-custody (fiber sourcing) |
Indicative values; vary by SKU and site conditions. Request the per-lot technical pack and documentation set.
Quantified outcomes that de-risk audits and compress end-of-season ops.
*Indicative vs. bare soil; varies by climate, irrigation, and soil type.
Yes. The film is cellulose fiber (plant-based), organic and plastic-free. It’s engineered to perform through the crop cycle and then biodegrade in soil via microbial activity.
Typical in-soil biodegradation is 2–6 months, dependent on climate, soil microbiology, irrigation, and bed temperature. It’s tuned for a single growing season.
No removal workflows. Incorporate during normal cultivation; it degrades naturally in soil eliminating pull-up, transport, and landfill exposure.
Standard thickness is 3–4 mm. Widths include 40 cm, 80 cm, 120 cm, 240 cm. Custom SKUs available on request.
Black maximizes weed suppression; Green supports soil warming. Choose per crop, latitude, and season targets.
Performance is driven by cellulose-fiber behavior and exposure management, not synthetic UV packages. Maintain edge burial and correct tension to stabilize against wind.
Yes. Works with standard bed formers and mulchlaying equipment. Recommended edge burial 8–10 cm on both sides; suitable for drip-irrigated rows.
Cellulose base supports organic programs (confirm with your certifier). Fiber sourcing can be supplied with FSC / PEFC chain-of-custody documentation.
Biodegrades into CO₂, water, and biomass through microbial pathways. No persistent plastic residues; no microplastic risk profile inherent to PE films.
Per lot technical datasheet, safety sheet, and conformity declarations. Packaging carries lot/date labeling to streamline audits and traceability.
Field results are site-specific. For crop and region-matched guidance, request the per lot technical pack and deployment playbook.
Weed suppression, moisture retention, and thermal lift with in-soil biodegradationno retrieval runs, no landfill exposure.
Conventional PE films drive weed control but require post-harvest retrieval and can shed residual fragments if not fully collected.
Scope acreage, validate specs, and align lead times—no retrieval, no landfill exposure.
