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A form of a plastic film called PVDC (Polyvinylidene Chloride) barrier material is renowned for its remarkable barrier qualities against gases, water vapor, and odors. It is frequently utilized in packaging applications to offer several products a high level of preservation and protection.
Vinylidene chloride serves as the monomer for the thermoplastic polymer known as PVDC. Its strong barrier performance is a result of its dense molecular structure. PVDC films frequently have desirable qualities including transparency and flexibility, as well as the following:
Gas Barrier: PVDC coatings effectively stop gases like oxygen and carbon dioxide from permeating. This characteristic contributes to the prolonged shelf life of packaged goods by reducing oxidation, deterioration, and spoiling.
Moisture Barrier: PVDC is very resistant to moisture incursion due to its low water vapor transmission rate. Electronics, medications, and food goods are just a few examples of products that benefit greatly from this capability.
Aroma Barrier: PVDC films establish a dependable barrier that prevents the transfer of flavors and aromas. This quality is important for maintaining the flavor and scent of goods like coffee, spices, and perfumes.
Chemical Resistance: PVDC films are resistant to a wide range of chemicals, including acids, alkalis, oils, greases, and grease. When in contact with various chemicals, this property guarantees the material’s integrity and barrier performance.
Clarity and printability: Because PVDC films are transparent, the packaged goods may be seen clearly. They can also be easily printed on to add branding, information about products, and aesthetic improvements.
PVDC barrier material finds use in a variety of industries, including food and beverage packaging, pharmaceuticals, personal care items, electronics, and industrial packaging, thanks to its exceptional barrier qualities. It is frequently utilized as a coating or as a component of multilayer laminates to offer a solid barrier against outside influences that can jeopardize the caliber and integrity of the packaged items.
The Global PVDC Barrier Material Market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
A very Dennison is introducing an OXYB (oxygen barrier) reclosure label without PVDC in collaboration with Jindal Films. It can increase recycling and reduce waste, making it the first product of its sort for culinary applications. This represents a significant step towards a circular economy.
The wide expertise of Jindal Films in packaging barrier materials was helpful during the product development process and offered a welcome chance for cooperation.
Customers who want their food to survive longer prefer open-and-close packaging. It is frequently created using transparent films incorporating PVDC, which makes an effective oxygen barrier. It also makes packaging challenging to recycle, which prompted Avery Dennison to come up with a solution that gives users the best of both worlds.
Their new labels, free of PVDC, reduce oxygen exposure and increase the shelf life of packaged foods. They also facilitate recycling and lessen the amount of plastic packaging dumped in landfills.
