Dual-Side Heat Sealable High Barrier Metalizable BOPP Film for Food Packaging

Product Overview

Engineered for superior metallization performance, our HM Series BOPP Film creates ultra-high barrier packaging that extends food shelf life by blocking oxygen and moisture. With exceptional thermal stability and metal adhesion, it's the ideal substrate for snack, coffee, and dried food pouches.

Key Features

• Versatile Sealability: One- or both-side heat-sealable options
• Crystal Clarity: >92% transparency for premium print surfaces
• Metallization-Ready: Optimized surface energy (≥38 dynes/cm) for flawless aluminum adhesion
• Thermal Endurance: Withstands 180°C+ during vapor deposition
• Thickness Range: 10/15/18/20/28μm (±5% tolerance)

Applications

• High-Barrier Pouches: Chips, nuts, powdered beverages
• Laminated Structures: BOPP//Al//PE for retort applications
• Decorative Films: Metallized gift wraps and labels

Technical Specifications

Why Choose Our BOPP Printing Film?

• Shelf-Life Extension: Reduces food waste with O₂ barrier <0.5 cc/m²/day when metallized
• Process Efficiency: 30% faster metallization speed vs. standard films
• Down-Gauging Potential: 18μm film performs like 25μm competitors

Product pictures

Customer Reviews

⭐ "Switching to HM-20μm cut our metallization defects by 60% while maintaining seal integrity."
⭐ "The dual-side sealable version simplified our laminate structure from 5 layers to 3." 

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.

Order Now!

① Select thickness: 10/15/18/20/28μm
② Choose sealability: Single/Dual-side
③ Specify roll dimensions

Free metallization trials available – Send your coating parameters for optimized film selection.