PUDI Nano Stretch Film

Nano Stretch Film (Metallocene Enhanced)

1. Product Name

2. Key Product Highlights (Bullet Points)

• Revolutionary Nano Technology: Infused with metallocene-catalyzed resins (mLLDPE) at the molecular level, creating a film structure that is significantly stronger than traditional C4 or C6 LLDPE films.
• Unmatched Puncture & Tear Resistance: Withstands sharp corners, irregular loads, and heavy shifting without breaking. Ideal for the most challenging pallet profiles.
• Sustainable Down-Gauging: Achieve the same holding force with 30-50% less film thickness. Switch from 80 gauge to 50 gauge (or 60 to 40) without sacrificing performance, drastically reducing plastic waste.
• Superior Load Containment Force (LCF): Maintains tight tension over time due to exceptional "memory" properties, preventing load loosening during long-haul transit.
• Cost Efficiency: Although the price per roll may be higher, the cost per pallet is significantly lower due to reduced film usage and fewer machine stoppages from breaks.

3. Technical Specifications Table

4. Detailed Product Description

Overview

Why Choose Nano Stretch Film?

• Maximum Efficiency: The high elongation properties allow for higher pre-stretch ratios (up to 300%), meaning one roll wraps significantly more pallets than standard film.
• Breakage Elimination: Designed to resist tearing even when wrapping products with sharp edges (e.g., metal extrusions, glass panes, lumber), reducing downtime on automated lines.
• Environmental Leadership: By using less plastic per pallet, companies can meet sustainability goals (ESG) and reduce disposal costs. Less plastic waste = greener supply chain.
• Crystal Clarity: Despite its strength, the film maintains high transparency for easy label scanning and inventory verification.
• Quiet Operation: Formulated to unwind smoothly and quietly, improving the working environment for operators.

Performance Metrics

• Impact Strength: 2x higher than standard C4 LLDPE films.
• Memory Retention: Recovers 95%+ of original tension after stretching, ensuring loads stay tight for weeks.
• Yield: Up to 50% more square footage per pound compared to conventional films.

5. Application Scenarios

• Sharp & Irregular Loads: The primary use case. Perfect for securing metal parts, building materials (bricks, tiles), glass sheets, and recycled bales where standard film frequently tears.
• High-Speed Automated Lines: Its consistent tensile strength prevents breaks at high pre-stretch settings, keeping conveyor lines running at maximum speed without interruption.
• Long-Distance Logistics: Ideal for export shipments or cross-country trucking where loads are subject to vibration and shifting over several days. The high memory ensures the wrap doesn't loosen.
• Heavy Unitized Loads: Capable of stabilizing pallets weighing over 4,000 lbs without requiring multiple layers of thick film.
• Sustainability Initiatives: Companies aiming to reduce plastic consumption by switching from 80-gauge standard film to 50-gauge Nano film without compromising safety.

6. Selection Guide: Transitioning to Nano Film

• Down-Gauging Strategy:
  • If you currently use 80 Gauge Standard, switch to 50 Gauge Nano.
  • If you currently use 60 Gauge Standard, switch to 40 Gauge Nano.
  • Note: Always run a test batch to calibrate your machine's brake and pre-stretch settings, as Nano film stretches further.
• Machine Compatibility: Compatible with most modern orbital and rotary stretch wrappers capable of 250%+ pre-stretch. Older machines may require minor tension adjustments.
• Hand Wrap Option: While primarily designed for machines, our Nano blend is available in hand-roll formats for warehouses needing extreme puncture resistance for manual wrapping of sharp items.
• Cost Analysis: Calculate based on Cost Per Pallet, not Cost Per Roll. A $60 Nano roll that wraps 100 pallets is cheaper than a $40 Standard roll that only wraps 50 pallets.

7. Frequently Asked Questions (FAQ)