Net Replacement Film Solutions

Blog post description.

12/10/20251 min read

Net Replacement Film (NRF) is a polyethylene-based film designed to replace traditional netting in agricultural baling processes. It serves as a high-strength, tear-resistant alternative for securing hay, silage, and straw bales while providing enhanced protection against environmental factors.

Key Specifications

· Material: Linear Low-Density Polyethylene (LLDPE).

· Dimensions:

o Width: 1050–1380 mm (customizable).

o Thickness: 13–16 µm.

o Length: 2000–2400 meters per roll.

· Core: Paper or plastic core with a 3-inch diameter.

· Color Options: Transparent/white (custom colors available with a minimum order of 100 rolls).

Functional Advantages

· Superior Oxygen Barrier: Creates an anaerobic environment for silage fermentation, preventing mold growth and spoilage.

· High Tear Resistance: Ensures durability even with tough, stem-heavy forage crops.

· Edge-to-Edge Coverage: Provides extra protection at bale edges, critical for straw or silage preservation.

· Environmental Benefits: Reduces plastic waste compared to traditional "net + film" systems and allows for easier recycling (same material as standard bale wrap).

· Cost Efficiency: Eliminates the need for separate netting, streamlining the baling process.

Application Guidelines

· Stretch Ratio: 10%–20% during wrapping to avoid overstretching.

· Layering: Overlap each layer by 50%, with a minimum of 3 layers for optimal sealing.

· Damage Control: Seal any punctures immediately with tape to maintain integrity.

· Storage: Keep unused rolls in a cool, dry environment to prevent moisture damage.

Use Cases

· Silage Preservation: Enhances fermentation by maintaining oxygen-free conditions.

· Hay/Straw Baling: Prevents unraveling and protects against UV exposure and moisture.

· Industrial Packaging: Suitable for compacting recyclable materials or chemical products requiring stable containment.

For detailed technical parameters or to place an order, refer to the product page.