When it comes to protecting printed materials, the use of thermal lamination pouch film is a popular method to provide a durable and protective coating. The micron thickness of the film plays a critical role in determining the level of protection and the specific applications for which it is suitable. Here, we will explore the micron thickness ranges and their corresponding effects and applications for thermal lamination pouch film used to protect printed materials.
• 60-80 micron
This range is suitable for providing a basic level of protection for printed materials that are used in low-traffic environments or for short-term purposes. It offers a thin yet protective coating that helps prevent minor scratches and moisture damage, making it suitable for temporary signs, event posters, and educational materials.
• 80-100 micron
Printed materials that are subject to moderate handling and require a balance between flexibility and durability can benefit from a micron thickness in this range. It provides enhanced protection against wear and tear, making the materials more durable without compromising their flexibility and functionality. This range is suitable for educational charts, restaurant menus, and promotional materials.
• 100-125 micron
For printed materials that are frequently handled and require a higher level of protection, a micron thickness in this range offers increased durability and resistance to damage. It helps guard against bending, tearing, and fading, making it suitable for instructional cards, reference guides, and frequently accessed documents.
• 125-150 micron
When exceptional durability and resistance to damage are required, such as in the case of outdoor signage, industrial labels, or materials used in harsh environments, a micron thickness in this range is ideal. It provides a robust protective layer that can withstand heavy use and prolonged exposure to various external factors.
• 150+ micron
For specialized applications where extreme durability and protection are paramount, such as in the case of construction blueprints, outdoor banners, or materials used in extreme conditions, a micron thickness exceeding 150 micron may be necessary. This range offers the highest level of protection, ensuring the longevity and integrity of the printed materials under demanding conditions.
In conclusion, the suitable micron thickness range for thermal lamination pouch film used to protect printed materials varies based on the intended effect, purpose, and the specific materials being coated. By understanding the effects and applications associated with different micron thickness ranges, it becomes possible to select the most appropriate coating thickness to meet the unique requirements of the printed materials and ensure optimal protection and performance.
Post time: Aug-13-2024