Description
1. Product Overview
LLDPE Silage Stretch Wrap Film 25 Micron UV Stabilized is a high-performance linear low-density polyethylene (LLDPE) agricultural film engineered for reliable forage preservation and bale wrapping applications. Designed to provide superior stretchability, puncture resistance, and airtight sealing, it protects silage from oxygen exposure, moisture, and environmental degradation. Its UV stabilization technology ensures extended outdoor performance, making it a dependable solution for modern livestock farming and agricultural storage operations. As global demand increases for efficient feed preservation and reduced post-harvest losses, this product plays a strategic role in improving agricultural productivity and supply chain efficiency.
2. Key Specifications & Technical Characteristics
- Material Composition: Linear Low-Density Polyethylene (LLDPE) resin with UV stabilizers and performance-enhancing additives
- Grade: Agricultural silage stretch film grade; industrial wrapping quality
- Thickness: 25 Micron (µm)
- Color Options: Commonly available in white, black, green, or customized colors upon request
- Film Structure: Multi-layer co-extruded stretch film for enhanced mechanical strength and sealing performance
- Stretch Ratio: High elongation capability for efficient bale coverage and reduced material consumption
- Physical Characteristics:
- Excellent tensile strength and tear resistance
- High puncture resistance against rough bale surfaces
- Strong cling properties for airtight wrapping
- Smooth surface finish with consistent thickness distribution
- UV Resistance: Stabilized formulation designed for prolonged outdoor exposure
- Density: Approximately 0.91–0.93 g/cm³
- Packaging Options: Individually packed rolls with protective PE film or carton packaging; palletized export packaging available
- Shelf Life: Typically 12–24 months when stored in dry conditions away from direct sunlight and extreme temperatures
3. Core Industrial Applications
- Agriculture & Livestock Farming: Used for wrapping silage bales to preserve grass, corn, and other forage crops while maintaining nutritional quality.
- Dairy and Animal Feed Operations: Supports long-term feed storage by creating an oxygen-limited environment that improves fermentation and reduces spoilage.
- Commercial Farming & Agricultural Cooperatives: Enables efficient large-scale bale handling, transportation, and seasonal feed management.
- Agricultural Machinery Operations: Compatible with automatic and semi-automatic bale wrapping equipment for high-efficiency field operations.
Performance Advantages:
- Provides superior oxygen barrier protection compared with conventional agricultural films.
- Reduces feed losses by preventing mold growth, moisture penetration, and nutrient degradation.
- High stretch performance lowers film consumption per bale, improving operational cost efficiency.
- Enhanced durability minimizes tearing during wrapping, storage, and transportation.
4. Competitive Advantages
- Consistent Quality Performance: Manufactured with controlled LLDPE resin selection and advanced film extrusion technology to ensure uniform thickness, strength, and stretchability.
- Reliable Supply Capability: Suitable for continuous bulk procurement programs supporting agricultural distributors, farms, and industrial buyers worldwide.
- Logistics Efficiency: Export-ready roll packaging optimized for container loading, handling, and international transportation.
- Cost Competitiveness: High-performance formulation reduces material waste and improves cost efficiency compared with lower-grade wrapping films.
- Sustainability Benefits: Helps reduce agricultural waste by extending feed storage life and improving resource utilization.
- Technical Documentation: Available with product specifications, quality certificates, and export documentation to support global sourcing requirements.
5. Commercial & Supply Information
- Minimum Order Quantity (MOQ): BULK 20 MT
- Loading Capacity: Approximately 20–22 MT per 40-foot container (depending on roll dimensions and packaging configuration)








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