With the increasing global demand for barrier performance, safety, and sustainability in the food packaging industry, multilayer co-extrusion technology has become the core process for producing high-barrier films.

Among these, the PA (Polyamide) / EVOH (Ethylene Vinyl Alcohol Copolymer) / PE (Polyethylene) three-layer composite structure stands out for its exceptional synergy, dominating applications such as fresh meat packaging, ready-to-eat meals, and liquid dairy products.

📅Exhibition Dates: April 15–18, 2025

🔍Opening Hours: 09:00–18:00

📍Venue: Shenzhen World Exhibition & Convention Center (New Bao’an Hall) District, Shenzhen, Guangdong, China

🔥Industry Sector: Plastics & Rubber

✨Organizer: Adsale Exhibition Services Ltd.

💡Frequency: Annually

🍱Exhibition Area: 380,019 sqm

🌍Exhibitors: 4,581 companies

✈️Visitors: 271,596 attendees

As the global food packaging industry advances toward greater safety and sustainability, high-barrier packaging materials are undergoing unprecedented technological upgrades. Among these, Modified Atmosphere Packaging (MAP) film technology has made significant breakthroughs in structural design, material innovation, and food preservation processes.

In sectors such as food preservation, industrial packaging, and agricultural fermentation, packaging performance directly impacts product quality and cost. In recent years, nylon co-extruded films have emerged as a market favorite due to their multilayer composite structure, outstanding barrier properties, and versatile process adaptability.

As the global packaging industry accelerates its shift toward high-performance and sustainable solutions, EVOH material (ethylene-vinyl alcohol copolymer) multilayer co-extruded films are experiencing rapid growth in applications across food, pharmaceutical, and electronic packaging. These films are evolving from being considered a "high-performance option" to becoming an essential material in advanced packaging systems.

As the global new energy vehicle (NEV) industry continues to grow rapidly, EVOH (ethylene-vinyl alcohol copolymer) resin—renowned for its outstanding barrier properties, excellent dielectric characteristics, and environmental stability—is emerging as a critical component in advanced material systems for NEVs.

Recently, the U.S. government's policy of imposing additional tariffs on Chinese imports has triggered significant shifts in global trade dynamics, directly affecting the plastic packaging industry—including EVOH (ethylene-vinyl alcohol copolymer) resins.

As a high-performance barrier material, EVOH polymer is widely used in food and pharmaceutical packaging. While global demand for EVOH plastic remains relatively stable, the U.S. tariff policy may still impact China’s export trade through both direct and indirect channels.

"CHINAPLAS 2025 International Rubber and Plastics Exhibition" will be held from April 15 to 18, 2025, at the Shenzhen World Exhibition & Convention Center (Bao’an).

 Focusing on sustainability and innovation, the exhibition will bring together industry leaders to address pressing challenges, explore new opportunities, and encourage enterprises to enhance cost-effectiveness through high-performance solutions, jointly creating a sustainable future.

In modern medicine, vascular embolization technology has become an essential treatment method for various diseases, including tumor embolization therapy, aneurysm repair, hemorrhage control, and arteriovenous malformation treatment.

In the research and application of embolic materials, EVOH (ethylene-vinyl alcohol copolymer) resin is gradually becoming one of the preferred choices for high-end medical embolization materials due to its outstanding properties.

With the textile industry shifting towards high-performance and environmentally friendly solutions, hot-melt bonding technology has emerged as a key processing method for fiber composites due to its solvent-free and low-energy characteristics.

EVOH (ethylene-vinyl alcohol copolymer) resin, with its unique molecular structure, demonstrates outstanding adhesion strength, weather resistance, and eco-friendly benefits in fiber fabric hot-melt bonding. It is increasingly becoming the preferred material for high-end functional textiles.