Labels for more than three centuries have evolved from identifying the products to become marketing tools now. And mostly the in-model label, which becomes part of the packaging of the product, is the best way of labeling nowadays. Additionally, it is the most cost-effective way to make labeled containers fast. Its many fantastic features of being resistant to water, wear and tear, and others make it the best labeling option for food manufacturers and other sectors.
Importance of in-mold labels
Gone are the days of spray
painting and pad printing for injection molded electronic parts. Now it is only the in model labels for
notebook computers and cell phone manufacturers for better wear and tear
capabilities. It is the reason that its global market is growing from 5.56
billion USD in 2018 to 8.78 billion USD in 2026, at a CAGR of 5.9 %.
With
billions of vehicles plying on the road, the
anti-fog film avoids accidents to save the lives of billions of passengers
inside. It is common for fog to form on windscreen and glass windows during
winter. It could only make the vision
difficult for glass windows, but it is dangerous for the windscreen to drive
with fog. Hence the need for anti-fog
films is increasing every year. It is
evident from its global market share's expectations to grow from 335 million
USD in 2019 to 417 million USD in 2024 at a CAGR of 4.4 %. And only experienced and reputed
manufacturers will be able to supply high quality of anti-fog films to utilize
all their benefits that include
● Anti-fog films being hydrophobic, eliminate the excess moisture to result in a clear and fog-free surface
● With extra protection layers, anti-fog films also protect the vehicle passengers from shattering in case of accidents
● Provides 100 percent transparency for safe and accident-free driving during winter
● Prevents moisture of food products not to degrade them when used for food packaging
● Used in refrigerators for freezers do not form moisture and other benefits
●
Have high tensile
strength, elongation, anti-aging performance under UV exposure, adapt to both hot and cold temperature, among
others
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