High Barrier Films Market Size, Share, Growth Analysis, By Material Type(PE, BOPP, BOPET, CPP), By End User(Processed food manufacturers, suppliers, packaging service providers), By Application(Meat, fish, dairy, snacks), By High barrier films type(Metalized Films, Clear Films, Organic Coating Films, and Inorganic Oxide Coating Films), By Packaging type(Pouches, Bags, Lids, Shrink Films), By Region - Industry Forecast 2024-2031

High Barrier Films Market Driver

• Demand for Longer Self Life for Food Products

The need for barrier films is being driven by customers’ increasingly hectic lifestyles and their resulting need for simple food packing. The use of preservatives is decreased and the product life is extended thanks to barrier films. Barrier films can serve as a printing substrate, which gives the product a beautiful appearance. The food and beverage sector is moving away from heavy, cumbersome packaging to lightweight, portable packaging. Barrier films assist in meeting this need since they are more flexible than rigid packaging and do not contain glass or cans, which add to the weight of packaging.

High Barrier Films Market Restraint

• Susceptibility to Degradation

Barrier coatings are vulnerable to oxidative deterioration at high temperatures. PVDC, which resembles PVC in certain ways, becomes unstable in the presence of heat and UV radiation. Pinholes and cracks in the coating layers are the primary causes of the degradation of barrier films. Another material utilised in the creation of barrier films that provides great protection against odours and gases is nylon. However, nylon has a propensity to quickly absorb moisture and function as a plasticizer, reducing the polymer’s ability to operate as a gas barrier. When exposed to light or very high temperatures, several resins used to create barrier films change their characteristics.