High-Speed Packaging One Side Heat Sealable Low Friction BOPP Film For Straws And Food 15μm 18μm 20μm

Product Overview

Engineered for high-speed packaging lines, our Low COF BOPP Film delivers exceptional machinability at 300+ packs/minute while maintaining reliable heat-seal performance. The specially treated surface reduces friction (COF 0.15-0.25) to prevent jamming in automated straw wrapping and food pouch systems.

Key Features

• Precision Sealing: Consistent seal strength (≥2.5N/15mm) across 115-140°C range
• Stable Running: COF 0.18±0.03 (measured per ASTM D1894)
• Dimensional Stability: MD shrinkage ≤3.5%, TD ≤2% (120°C, 2min)
• Optical Excellence: 85+ gloss units for attractive presentation
• Thickness Options: 15/18/20μm (±5% tolerance)

Applications

• Straw Wrapping: Paper/plastic straw individual packaging
• Flow Wraps: Biscuits, candy bars, frozen foods
• Pouch Making: Side-gusset snack bags

Technical Specifications

Why Choose Our BOPP Film?

• 30% Faster Line Speeds: Optimized for 400m/min+ wrapping machines
• Reduced Waste: <0.5% film breakage vs industry average 2-3%
• Wide Thermal Window: Maintains seal integrity across temperature fluctuations

Product pictures

Customer Reviews

⭐ "Achieved 98.7% machine uptime on our S-3000 straw wrapper - zero film-related stoppages in 3 months"
⭐ "Replaced competitor's film and reduced our energy use by 15% thanks to lower sealing temps." 

Handling & Storage Instructions

To ensure the longevity and performance of our BOPP film, please adhere to the following guidelines:

• Shelf Life: 6 months from the date of manufacture.
• Storage Conditions:Store in a cool, dry place away from direct sunlight and moisture.
• Temperature Range: 10°C - 30°C.
• Humidity: Keep below 60% relative humidity.
• Handling: Avoid folding or creasing the film to prevent damage.

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Order Customization
① Select thickness: 15μm / 18μm / 20μm
② Choose width: Standard (1020mm) or custom
③ Core options: 3" (76mm) or 6" (152mm)
Free machine compatibility testing - provide your equipment model for COF optimization.