Biax Film Lines Shaping the Future
For the manufacture of sustainable packaging film solutions that pave the way for a truly circular economy as well as high-performance technical films for energy storage, e-mobility and digitalization.
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Event name
Chinaplas 2026
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Location
Hall 2.1, Stand G54, Shanghai
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Time span
21.04.2026 - 24.04.2026
Speed, width, uptime: updated film stretching solutions
Brückner will be presenting its innovative film stretching line technology at Chinaplas 2026 in Shanghai (Hall 2.1, Stand G54 focusing on its unique combination of low production costs, high output, and optimal efficiency. All film line concepts offer a wide range of high-quality packaging solutions, enabled by innovative solutions and advanced technologies.
BOPP: With a production speed of 700 m/min, a width of 10.4 m, and an output of 10 t/h of film, this technology enables the realization of a wide range of packaging solutions.
The BOPET line's production speed is 700 m/min, facilitated by a cutting-edge transport system featuring sliding and roller chains.
The FOK 8.8 sliding chain delivers up to 700 m/min, optimized for production range 8-36 µm with reduced mechanical complexity, lower maintenance, and long‑life sliding elements for maximum performance. The FOK 5.9 roller chain reaches up to 650 m/min, offering higher process stability through its special Brückner patented spring‑loaded bearing system and uniform heat transfer for top‑tier PET packaging quality.
Six concepts with sliding chains and a production speed of 600 m/min and two systems with roller chains and a production speed of 700 m/min have already been sold in Asia.
BOPA: Brückner offers the market’s widest production lines – a width of 8.4 m for sequential processes and with a 7.4 m width for simultaneous technologies – ensuring versatility for various film stretching solutions.
The battery separator film's production width of 8.7 m guarantees consistent and dependable output for specialized films.
The line width of 8.4 m for capacitor films and composite current collector films in sequential and simultaneous stretching processes enables the production of extremely thin films of down to 2 µm for PV applications, electric mobility and its charging infrastructure. Due to their high energy density, these films are also suitable for use in the field of renewable energies.
