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Mechanical properties of microperforated BOPP, BOPET and 0.5Si

By A Mystery Man Writer

Mechanical properties of microperforated BOPP, BOPET and 0.5Si

Vanee CHONHENCHOB, Kasetsart University, Bangkok, KU, Department of Packaging and Materials Technology

Mechanical properties of microperforated BOPP, BOPET and 0.5Si

Gas transmission rates of BOPP, BOPET and 0.5Si-LDPE having a single

Mechanical properties of microperforated BOPP, BOPET and 0.5Si

Wannee CHINSIRIKUL, Executive Director

Mechanical properties of microperforated BOPP, BOPET and 0.5Si

Nd:YAG Laser Perforation of Plastic Films for Enhanced Breathability

Mechanical properties of microperforated BOPP, BOPET and 0.5Si

Comparison of OTR and CO 2 TR values through microperforation of BOPET

Mechanical properties of microperforated BOPP, BOPET and 0.5Si

Vanee CHONHENCHOB, Kasetsart University, Bangkok, KU, Department of Packaging and Materials Technology

Mechanical properties of microperforated BOPP, BOPET and 0.5Si

Characterisation of Pulsed-Fibre-Laser-Perforated Polymeric Food Package Films

Mechanical properties of microperforated BOPP, BOPET and 0.5Si

Noppadon KERDDONFAG, National Metal and Materials Technology Center, Bangkok, MTEC, PRU

Mechanical properties of microperforated BOPP, BOPET and 0.5Si

PDF) Microperforation of Three Common Plastic Films by Laser and Their Enhanced Oxygen Transmission for Fresh Produce Packaging

Mechanical properties of microperforated BOPP, BOPET and 0.5Si

Laser perforation of polyethylene terephthalate/polyethylene laminated film for fresh produce packaging application

Mechanical properties of microperforated BOPP, BOPET and 0.5Si

Major packaging films and their typical properties

Mechanical properties of microperforated BOPP, BOPET and 0.5Si

PDF) Microperforation of Three Common Plastic Films by Laser and Their Enhanced Oxygen Transmission for Fresh Produce Packaging